Composite Hoses. PDF Downloads: Important Information about Composite Hoses INDEX AND TECHNICAL CHARACTERISTICS

Composite Hoses PDF Downloads: Important Information about Composite Hoses INDEX AND TECHNICAL CHARACTERISTICS Composite hoses OIL 800 for oil and fuel Composite hoses CHEM 700 for Chemicals Composite hoses PTFE 300 Composite Cryogenic hoses CRYOTEC 660 / 661 Composite hoses BIO TEC Composite hoses DRAINTEC Composite hoses Food 500 Composite hoses HITEMP 305 Composite hoses EXILITE Composite hoses HIGRADE 101 Composite hoses EXTRAFLEX Composite hoses BLH for bottom loading Composite hoses ABRATEC 400 MULTIPURPOSE OFFSHORE COMPOSITE HOSES Accessories for Composite hoses Resistance Guide for Composite Hoses CLEANING OF COMPOSITE HOSES Tedimex GmbH Talweg 21 D-21218 Seevetal

Important Information about Composite Hoses GENERAL DESIGN A composite hose is a multi-layer arrangement of various layers from polypropylene, polyethylene and polyester films as well as polypropylene fabrics, a weather-proof and abrasion resistant outer cover from polymeric coated polyester fabric, wrapped together and tensioned between internal and external wire spirals. For increased UV, ozone, sunlight and weathering resistance the outer cover is also available in a special Hypalon coated fabric, which offers superior temperature and abrasion characteristics. This enables our product to maintain extreme flexibility with tremendous strength and durability. A wide variety of connection fittings from various materials is available, which are exclusively factory mounted by external swaging to guarantee safe mechanical connection and absolute impermeability! HOSE LENGTH A characteristic of composite hose is elongation. Therefore this effect cannot be used as a sole assessment criterion for the condition of the hose. For applications where length in use is critical, this data needs to be advised already with the inquiry! The "hose length" is defined as the overall length (=OAL) including the end fittings. OAL measurements are taken from flange face to flange face, seat to seat, end of threads to end of threads, etc. For factory-new hose assemblies lengths tolerances between +5% and -2% of the OAL apply. Please note that by nature a composite hose is very flexible and there will be a "spring effect" due to the reinforcing double wire helix. When the hose has been tightly coiled for shipment reasons, a temporary shrinkage of at least 5% has to be considered! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\important information.doc

STANDARDS Our Composite hose assemblies are independently tested and comply with relevant international standards, such as EN 13765:2003, BS 5842:1980, CE Directive 97/23 PED and NAHAD guidelines 600/2005! The MARINE series hoses furthermore are type-approved and manufactured according to 2:12 and 5:7 of the IMO Chemical Carrier Code. Generally all our hose assemblies are fitted with an extensive range of couplings readily available, externally swaged with stainless steel or carbon steel ferrules. SAFETY AND TESTS For safety and reliability, assemblies are tested at 1½ times the rated working pressure, in accordance with EN ISO 1402. The securing ferrule at one end of each hose is permanently marked by embossing, stating manufacturer s name, nominal bore, serial number and the test date. Full test certification can be supplied, if requested with the order. Burst pressure indicated is tested at ambient temperature in accordance with EN ISO 1402. Vacuum of 0,9 bar is rated according to the EN ISO 7233 Method B. Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipate accumulated charge and to avoid static flash. A special conductive swaging seal is used to guarantee that the hose is electrically continuous through both the inner and outer helices. The electric resistance of hose assemblies is less than 10 Ω, as required by EN ISO 8031. On request special electrical discontinuous hose assemblies can be supplied also! Strictly observe the installation and handling instructions at the end of this chapter! Even when choice, storage and installation are carried out correctly, regular maintenance is necessary. Frequency of the latter is determined by use. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\important information.doc

INSTALLATION AND USE Prior to installation it is necessary to check the characteristics of the hose carefully to ensure that type, diameter and length conform to the requirements. Moreover a visual check must be carried out to ensure that there are no obstructions, cuts, damaged cover or any other evident imperfections. When installing hose assemblies, careful attention should be paid to minimum bend radius specifications. Hoses must be correctly supported during use. A characteristic of composite hoses is their flexibility! Therefore the supports should be arranged so that the hoses are never bent beyond the minimum bend radius. Supports have to be appropriate: never use a single rope, chain or wire! But use slings, saddles wide enough to spread the load sufficiently so that the hose is not deformed in the area of support. Flanged hose assemblies should have one end secured with a floating flange to avoid torsion! Hose assemblies must not be twisted either on installation or in use! Hose assemblies subject to movement while operating should be installed in such a way that flexing occurs in the same plane. Although the hoses are manufactured to guarantee exceptional resistance to abrasion, it is advisable to move them with care, avoiding knocks, dragging over abrasive surfaces or crushing. Furthermore, hoses must not be pulled violently when twisted or knotted. Please refer to the overleaf table! TEDIMEX GmbH assumes no responsibility for the topicality, correctness, completeness or quality of information provided. Liability claims against TEDIMEX GmbH which refer to material or immaterial nature caused by the use or disuse of the information or the use of incorrect or incomplete information are excluded, provided by the TEDIMEX GmbH disclaims any intent fault present. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\important information.doc

The life of a hose depends on a number of possibly prejudicial factors. Consequently, the end user must carry out periodic preventive maintenance, above all when the conditions of use foresee high pressure service and/or conveyance of aggressive materials. In any case, when you note any indication of possible reduced performance, the product should be replaced or checked carefully at least. The following recommendations are the minimum to which the user must adhere. TRACTION: Do not use hose in tension (FIG. 1). Let it form a small bow TORSION: Hose is not manufactured to work in torsion(fig.3). During installation it is essential to ensure that the hose is not twisted. Let it follow an ideal lay-line (FIG.4). BENDING RADIUS: Installation tighter than the minimum bending radius reduces the life of the hose considerably. Moreover it is necessary to avoid bending close to the end fittings (FIG 5 & 6). INSTALLATION: The hoses must be supported to allow normal movement when under pressure (dimensional variations). Do not rest hose on sharp edges (FIG.7 & 7b). Take adequate precautions (FIG.8 & 8b). Do not support hoses with ropes or chains (FIG.9). Flexible hose-supports or polyester slings are recommended (FIG.10). During regular checks, special attention must be paid to couplings and to the appearance of irregularities which can indicate deterioration of the hose. NEVER weld reduction couplings or flanges onto original hose fittings! NEVER close or hold the coupling ferrules in a bench vice as they could be deformed. If necessary, hold the hose itself, closing the vice onto the outside spirals of the hose. We recommend in any case that the hoses be checked and pressure-tested at least once a year. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\important information.doc

CLEANING AFTER USE The appropriate method of cleaning depends upon service, location and hose type. In most situations flushing out is adequate, common fluids are e.g. clean water, hot water, sea water, detergents and solvents at ambient temperature. To minimize corrosion the hose must be well drained and dried after cleaning, if seawater has been used. Care must be taken that the maximum temperature of the hose is not exceeded. Steam lances shall not be used! Compressed air may be used on open ended polypropylene lined hoses, but is not recommended on PTFE lined hoses. Polypropylene hoses can be cleaned with loose steam (i.e. at <1 Bar and < 99 C), provided that no lances or jet nozzles are used! PTFE lined hoses can be cleaned even at temperatures up to max. 160 C. Because the PTFE lining is much more delicate than Polypropylene, do not apply steam pressure > 1 bar with this type of hoses, in order to not compromise integrity of the inner layer. Mechanical methods of cleaning (e.g. pigging or scraping) shall never be used at all. It is important that the hose is electrically earthed during cleaning operations to avoid generation of static charge. STORAGE After service, hose assemblies shall be flushed out and dried as described above. Afterwards the hoses shall be stored off the ground in a relaxed condition free from tension, compression or other deformation, protected from sun-, UV- and heat radiation as well as from contact with objects that could pierce or cut. It has to be protected from rodents and insects. When such a risk is probable, appropriate precautions must be taken. REPAIR Depending on the overall condition of the hose assembly, it is possible to repair hoses that have been damaged during service. Repairing of composite hoses requires specialist knowledge therefore we please ask to consult our technical department or an authorised distributor. TEDIMEX GmbH assumes no responsibility for the topicality, correctness, completeness or quality of information provided. Liability claims against TEDIMEX GmbH, which refer to material or immaterial nature caused by the use or disuse of the information or the use of incorrect or incomplete information are excluded, provided by the TEDIMEX GmbH disclaims any intent fault present. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\important information.doc

INDEX AND TECHNICAL CHARACTERISTICS TYPE According to standards STAND. WP IMO Type INNER WIRE OUTER WIRE EN 13765 Type COLOUR (bar) NAHAD approval 1 2 3 4 OIL 800 HD ZZ Blue/Black 15 Galvanized Steel Galvanized Steel X X LRS 13/0002 OIL 800 HD ZX Blue/Black 15 Galvanized Steel Stainless Steel X X LRS 13/0002 OIL 800 HD XZ Blue/Black 15 Stainless Steel Galvanized Steel X X LRS 13/0002 OIL 800 HD XX Blue/Black 15 Stainless Steel Stainless Steel X X LRS 13/0002 OIL SD ZZ Blue 10 Galvanized Steel Galvanized Steel X X OIL SD ZX Blue 10 Stainless Steel Galvanized Steel X X OIL SD XX Blue 10 Stainless Steel Stainless Steel X X OIL SD AZ Orange 10 Aluminium Galvanized Steel X X OIL SD AA Orange 10 Aluminium Aluminium X X VAPOUROIL ZZ Yellow 5 Galvanized Steel Galvanized Steel X X VAPOUROIL AZ Yellow 5 Aluminium Galvanized Steel X X VAPOUROIL AA Yellow 5 Aluminium Aluminium X X CHEM 700 HD PZ Green 15 PP Coated Steel Galvanized Steel X X LRS 13/0002 CHEM 700 HD PX Green 15 PP Coated Steel Stainless Steel X X LRS 13/0002 CHEM 700 HD XZ Green 15 Stainless Steel Galvanized Steel X X LRS 13/0002 CHEM 700 HD XX Green 15 Stainless Steel Stainless Steel X X LRS 13/0002 CHEM SD PZ Green 10 PP Coated Steel Galvanized Steel X X CHEM SD PX Green 10 PP Coated Steel Stainless Steel X X CHEM SD XZ Green 10 Stainless Steel Galvanized Steel X X CHEM SD XX Green 10 Stainless Steel Stainless Steel X X VAPORCHEM SD PZ Yellow 5 PP Coated Steel Galvanized Steel X X VAPORCHEM SD PX Yellow 5 PP Coated Steel Stainless Steel X X VAPORCHEM SD XZ Yellow 5 Stainless Steel Galvanized Steel X X VAPORCHEM SD XX Yellow 5 Stainless Steel Stainless Steel X X PTFE 300 HD XZ Red 15 Stainless Steel Galvanized Steel X X LRS 13/0002 PTFE 300 HD XX Red 15 Stainless Steel Stainless Steel X X LRS 13/0002 PTFE Nanotec HD XZ Red 15 Stainless Steel Galvanized Steel X X LRS 13/0002 PTFE Nanotec HD XX Red 15 Stainless Steel Stainless Steel X X LRS 13/0002 g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\type overview.docx 16.11.2016

TYPE According to standards STAND. WP IMO Type INNER WIRE OUTER WIRE EN 13765 Type COLOUR (bar) NAHAD approval 1 2 3 4 CHEMCHLOR 900 FX Yellow/Purple 15 PVDF Coated St. St. Stainless Steel X X LRS 13/0002 CHEMCHLOR 900 FP Yellow/Purple 15 PVDF Coated St. St. PP Coated Steel X X LRS 13/0002 PTFE SD XZ Red 10 Stainless Steel Galvanized Steel X X PTFE SD XX Red 10 Stainless Steel Stainless Steel X X CRYOTEC 660 ZZ White 25 Galvanized Steel Galvanized Steel X X LRS 13/0002 CRYOTEC 660 ZX White 25 Galvanized Steel Stainless Steel X X LRS 13/0002 CRYOTEC 660 XX White 25 Stainless Steel Stainless Steel X X LRS 13/0002 CRYOTEC 661 ZZ White 15 Galvanized Steel Galvanized Steel X X LRS 13/0002 CRYOTEC 661 XZ White 15 Stainless Steel Galvanized Steel X X LRS 13/0002 CRYOTEC 661 XX White 15 Stainless Steel Stainless Steel X X LRS 13/0002 BIOTEC 85 ZZ Green 15 Galvanized Steel Galvanized Steel X X BIOTEC 85 ZX Green 15 Galvanized Steel Galvanized Steel X X BIOTEC 100 XZ Black 15 Stainless Steel Stainless Steel X X BIOTEC 100 XX Black 15 Stainless Steel Stainless Steel X X DRAINTEC HD XZ White 14 Stainless Steel Galvanized Steel X X DRAINTEC HD XX White 14 Stainless Steel Stainless Steel X X DRAINTEC Superflex XZ White 14 Stainless Steel Galvanized Steel X X DRAINTEC Superflex XX White 14 Stainless Steel Stainless Steel X X FOOD 500 XZ Light Blue 15 Stainless Steel Galvanized Steel X X FOOD 500 XX Light Blue 15 Stainless Steel Stainless Steel X X ABRAFOOD XZ Light Blue 15 Stainless Steel Galvanized Steel X X ABRAFOOD XX Light Blue 15 Stainless Steel Stainless Steel X X FOODFLON XZ Light Blue 15 Stainless Steel Galvanized Steel X X FOODFLON XX Light Blue 15 Stainless Steel Stainless Steel X X HITEMP 305 ZZ ** 15 Galvanized Steel Galvanized Steel X X HITEMP 305 XZ ** 15 Stainless Steel Galvanized Steel X X HITEMP 305 XX ** 15 Stainless Steel Stainless Steel X X EXILITE AP Orange/ Black 10 Aluminium PP coated Alu X X EXILITE PP Orange/ Black 10 PP coated Alu PP coated Alu X X EXILITE PA Orange/ Black 10 PP coated Alu Aluminium X X HIGRADE 101 HD ZZ Olive / Black 15 Galvanized Steel Galvanized Steel X X g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\type overview.docx 16.11.2016

TYPE According to standards STAND. WP INNER WIRE OUTER WIRE EN 13765 Type COLOUR (bar) NAHAD 1 2 3 4 HIGRADE 101 HD ZX Olive / Black 15 Stainless Steel Galvanized Steel X X HIGRADE 101 HD XZ Olive / Black 15 Galvanized Steel Stainless Steel X X HIGRADE 101 HD XX Olive / Black 15 Stainless Steel Stainless Steel X X HIGRADE 101 SD ZZ Olive / Black 10 Galvanized Steel Galvanized Steel X X HIGRADE 101 SD ZX Olive / Black 10 Stainless Steel Galvanized Steel X X HIGRADE 101 SD XZ Olive / Black 10 Galvanized Steel Stainless Steel X X HIGRADE 101 SD XX Olive / Black 10 Stainless Steel Stainless Steel X X EXTRACHEM HD PZ Green 15 PP Coated Steel Galvanized Steel X X EXTRACHEM HD PX Green 15 PP Coated Steel Stainless Steel X X EXTRACHEM SD PZ Green 10 PP Coated Steel Galvanized Steel X X EXTRACHEM SD PX Green 10 PP Coated Steel Stainless Steel X X EXTRAOIL HD ZZ Blue 15 Galvanized Steel Galvanized Steel X X EXTRAOIL HD ZX Blue 15 Galvanized Steel Stainless Steel X X EXTRAOIL SD ZZ Blue 10 Galvanized Steel Galvanized Steel X X EXTRAOIL SD ZX Blue 10 Galvanized Steel Stainless Steel X X EXTRALON HD XX Blue 15 Stainless Steel Stainless Steel X X EXTRALON HD XZ Blue 15 Stainless Steel Galvanized Steel X X EXTRALON SD XX Blue 10 Stainless Steel Stainless Steel X X EXTRALON SD XZ Blue 10 Stainless Steel Galvanized Steel X X CHEM BLH Black 15 X X each 6 material combinations available - OIL BLH Black 15 X X pls refer to individual data sheet PTFE BLH Black 15 X X ABRATEC 400 XZ Yellow 15 StSt. AISI 400 Galvanized Steel X X ABRATEC 400 XX Yellow 15 StSt. AISI 400 Stainless Steel X X IMO Type approval g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\type overview.docx 16.11.2016

Offshore Hoses STAND. WP Single Double Sub- Float- According to standards TYPE Product COLOUR (bar) carcass carcass mersible ing OCIMF EN 13766 MP-SCS Orange 16 X X oil + chemicals X MP-DCF Orange 16 X X oil + chemicals X MP-SCF Orange 16 X X oil + chemicals X MP-DCS Orange 16 X X oil + chemicals X MP-DCF Orange 16 X X oil + chemicals X CR-SCS Orange 25 X X LNG / LPG X X CR-SCF Orange 25 X X LNG / LPG X X ** = All hoses are also available with a special outer cover made in abrasion resistant Hypalon coated Polyester fabric. These hoses will be identified with the additional suffix H. Other combinations of wire material on request! We reserve the right to change specifications without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\type overview.docx 16.11.2016

Composite hoses OIL 800 for oil and fuel Hoses type OIL 800 HD and OIL SD are specially engineered for the transfer of hydrocarbons, including oil, petrol, diesel, lubricating oils, MTBE, paraffin and 100% aromatics, in all kinds of transfer! The series OIL is a multi-layer thermoplastic hose manufactured from polypropylene, polyethylene and polyester films and polypropylene fabrics with a weatherproof and abrasion resistant outer cover made of polyvinyl coated polyester fabric. Outer cover is also available in ELASTOTHANE, a special PU coated fabric. It is UV-, ozone-, sunlight- and weather-resistance and offers superior temperature and abrasion characteristics. All the different layers are wrapped together and tensioned between internal and external wire spirals. This enables our product to meet the requirements of the petrol-chemical industry and those of the oil and gas industry. Assemblies can be fitted with an extensive range of couplings readily available, externally swaged with crimping ferrules. Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipating accumulated charge and avoiding static flash. The electric resistance of hose assemblies is less than 1 Ω/m, as required by EN ISO 8031:2009-4.7. Upon request it is possible to manufacture these composite hoses in accordance to the Directive 94/9/EC ATEX with a special outer antistatic black cover ground connection cable for explosive environment. All assemblies are tested at 1½ times rated working pressures for safety and reliability, in accordance with EN ISO 1402 (BS 5842:1980 clause 6.4). The securing ferrule at one end of the hose is permanently marked by engraving, with manufacturer s name, nominal bore, the hose assembly serial number and the test date. The marking of hose assemblies is made in compliance with PED directive (97/23/ CE). Full test certification can be supplied on request. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\oil 800 hd + sd.docx 15.11.2016

OIL 800 HD - HEAVY DUTY Applications: Heavy duty construction for the transfer of a wide variety of hydrocarbon conveyant under suction or pressure. Used for black oils and heavier lubricating products, ship to shore and ship to ship, dockside and in general for most of the hard industrial and marine applications. Commonly used for all hose loading arms in bottom loading operations, thanks to the special reinforcement for minimal elongation. Fully suitable for 100% aromatics and MTBE transfer. Design: Extraordinary strength is provided by polypropylene and polyester films and fabrics, HD polyethylene films reinforcement, while high density UHMW PLT seamless tubular extruded film avoid any possible leak and guarantee a gas-tight construction. The design is completed by a weather and ozone resistant cover from polyvinyl coated PE-fabric. Available in 40 m coils from 3/4 to 8 diameter and 25 m length up to 12 diameter. Type OIL 800 HD hose assemblies are certified by DNV complying the requirements of CE directive 97/23 PED and are manufactured in accordance with the requirements of paragraphs 2:12 and 5:7 of the IMO Chemical Carrier Code. OIL 800 HD hoses are type approved by Lloyd s under certificate n 13/0002! Code OIL 800HD ZZ OIL 800HD ZX OIL 800HD XZ OIL 800HD XX Applications Heavy duty fuel / oil liquid transfer Colour Blue / Black Temperature -40 / +100 C Inner wire galv. steel galv. steel st. steel st. steel Outer wire galv. steel st. steel galv. steel st. steel Bend radius Size Max working pressure Safety Weight Max length EN/ISO 1746 factor mm Inch bar P.S.I. mm inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,73 40 132 25 1" 15 200 5:1 100 4 0,90 40 132 32 1 ¼" 15 200 5:1 125 5 1,27 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,49 40 132 50 2" 15 200 5:1 180 7 2,18 40 132 65 2 ½" 15 200 5:1 220 8 ½ 3,09 40 132 75/80 3" 15 200 5:1 280 11 3,66 40 132 100 4" 15 200 5:1 400 16 5,28 40 132 150 6" 15 200 5:1 575 23 11,90 40 132 200 8" 15 200 5:1 800 32 15,65 40 132 250 10" 15 200 5:1 1000 40 22,53 25 82 300 12" 15 200 5:1 1200 48 31,78 25 82 g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\oil 800 hd + sd.docx 15.11.2016

OIL SD - STANDARD DUTY Applications : General purpose standard duty hose suitable for the safe transfer of a wide variety of hydrocarbons including fuel oils, petrol, diesel, lubricating oils, kerosene, MTBE and 100% aromatics under suction or pressure. Commonly used for road and rail tanker loading and discharging, storage tank and inplant use. This type is suitable as flexible hose for top loading arms, available in 40 m coils from 1 ½ up to 8. Design: High strength polypropylene films and fabrics, high density polyethylene film reinforcements, polyvinyl coated polyester fabric cover, weather and ozone resistant. Code OIL SD ZZ OIL SD ZX OIL SD XX OIL SD AZ OIL SD AA Applications Standard duty fuel / oil liquid transfer Colour Blue Orange Temperature -30 / +80 C Inner wire galv. steel galv. steel st. steel aluminium aluminium Outer wire galv. steel st. steel st. steel st. steel aluminium Max Working Bend radius Size Safety Weight kg/m Max length pressure EN/ISO 1746 factor mm Inch bar P.S.I. mm Inch ZZ / XX AZ AA m Feet 40 1 ½" 10 150 5:1 140 5 ½ 1,23 0,98 0,67 40 132 50 2" 10 150 5:1 180 7 1,66 1,35 0,97 40 132 65 2 ½" 10 150 5:1 220 8 ½ 2,10 1,71 1,25 40 132 75/80 3" 10 150 5:1 180 11 2,53 2,05 1,53 40 132 100 4" 10 150 5:1 400 16 4,10 3,29 2,38 40 132 150 6" 10 150 5:1 575 23 9,85 7,50 5,58 40 132 200 8" 10 150 5:1 800 32 13,31 9,71 6,94 40 132 VAPOROIL - LIGHT DUTY Applications: General purpose Light Duty hose is ideal for use in petroleum and petrochemical vapour recovery systems in ship to shore, ship to ship, bottom loading and tank truck operations. Complies with USCG Marine Vapour control system 33CFR Part 154.810. Code VAPOROIL ZZ VAPOROIL AZ VAPOROIL AA Application Light duty oil / Vapour return Colour Yellow Temperature -30 / +80 C Inner wire galv. steel aluminium aluminium Outer wire galv. steel galv. steel aluminium Size Max working Vacuum Safety Bend radius pressure rating factor EN/ISO 1746 Weight kg/m Max length mm Inch bar P.S.I. bar mm Inch ZZ/XX AZ AA m Feet 40 1 ½" 5 100 0,7 4:1 140 5 ½ 1,20 0,95 0,64 40 132 50 2" 5 100 0,7 4:1 180 7 1,56 1,26 0,89 40 132 65 2 ½" 5 100 0,7 4:1 220 8 ½ 2,07 1,68 1,12 40 132 75/80 3" 5 100 0,7 4:1 180 11 2,40 1,96 1,44 40 132 100 4 5 100 0,7 4.1 400 16 3,10 2,52 1,79 40 132 150 6" 5 100 0,7 4:1 575 23 8,33 6,53 4,09 40 132 200 8" 5 100 0,7 4:1 800 32 10,95 8,39 5,61 40 132 250 10" 5 100 0,7 4:1 1000 40 17,40 13,55 8,68 25 82 300 12" 5 100 0,7 4:1 1200 48 24,08 18,48 12,49 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\oil 800 hd + sd.docx 15.11.2016

Composite hoses CHEM 700 for Chemicals Our CHEM series are multi-layer thermoplastic hoses manufactured from polypropylene, polyethylene and polyester films and polypropylene fabrics with a weather-proof and abrasion resistant outer cover made of polyvinyl coated polyester fabric. Outer cover is also available in ELASTOTHANE, a special PU-coated fabric. It is UV, ozone, sunlight and weathering resistance, offers superior temperature and abrasion characteristics. All the different layers are wrapped together and tensioned between internal and external wire spirals. This enables our product to meet the requirements of the petrol-chemical industry and those of the oil and gas industry. CHEM assemblies are fitted with an extensive range of couplings readily available, externally swaged with crimping ferrules. CHEM assemblies are tested at 1 ½ times rated working pressures for safety and reliability, in accordance with EN ISO 1402 (BS 5842:1980 clause 6.4). The securing ferrule, at one end of the hose, is permanently marked by engraving, with manufacturer s name, nominal bore, the hose assembly serial number and the test date. The marking of hose assemblies is made in compliance with PED Directive (97/23/ CE). Full test certification can be supplied on request. CHEM hoses can be supplied in the FIRETEC version with ADR self-estinguishing CL1 cover. Burst pressure indicated, is at ambient temperature when tested in accordance with EN ISO 1402 (BS 5173 section 102.10:1990). Electrical conductivity is achieved by the two wires bonded to the end fittings. This helps to dissipate accumulated charge and to avoid static flash. The electric resistance of hose assemblies is less than 1 Ω/m as required by EN ISO 8031:2009-4.7. Upon request it is possible to manufacture CHEM hoses in accordance to the Directive 94/9/EC ATEX with a special outer antistatic black cover and ground connection cable for explosive environment. CHEM 700 HD and CHEM SD are chemically compatible and mechanically engineered to handle a wide range of hazardous chemicals. Extremely flexible, easy to handle and bend, all hoses are antistatic, 100% aromatic-resistant and can be used for suction or discharge. Vacuum rating is 0,9bar according to the EN ISO 7233 method B. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\chem 700 hd + sd.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

CHEM 700 HD - HEAVY DUTY Applications: Heavy duty design for the transfer of a wide range of chemicals under suction or pressure. Used for ship to shore and ship to ship, dockside and in general for the most of the hard industrial and marine applications. Design: High strength is provided by polypropylene and polyester films and fabrics, high density polyethylene films reinforcement, while high density UHMW PLT seamless tubular extruded film avoids any possible leak and guarantees a gas-tight composition. The design is completed by a weather- and ozone-resistant cover from polyvinyl coated PE-fabric. Available in 40 m coils from 3/4 to 8 diameter and up to 12 diameter in 25 m lengths. CHEM 700 HD hose assemblies are certified by DNV as complying with the requirements of CE Directive 97/23 PED and are manufactured in accordance with the requirements of Par. 2:12 and 5:7 of the IMO Chemical Carrier Code. CHEM 700 HD hoses are type approved by Lloyd s with Certificate n 13/002. Code CHEM 700HD PZ CHEM 700HD PX CHEM 700HD XZ CHEM 700HD XX Applications Heavy Duty Chemicals/Solvents liquid transfer Colour Green Temperature -40 +100 C Inner wire PP coated steel PP coated steel st. steel st.steel Outer wire galv. steel st. steel galv. steel st.steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,63 40 132 25 1" 15 200 5:1 100 4 0,77 40 132 32 1 ¼" 15 200 5:1 125 5 1,05 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,33 40 132 50 2" 15 200 5:1 180 7 2,04 40 132 65 2 ½" 15 200 5:1 220 8 ½ 2,75 40 132 75/80 3" 15 200 5:1 180 11 3,15 40 132 100 4" 15 200 5:1 400 16 4,74 40 132 150 6" 15 200 5:1 575 23 10,00 40 132 200 8" 15 200 5:1 800 32 12,85 40 132 250 10" 15 200 5:1 1000 40 23,85 25 82 300 12" 15 200 5:1 1200 48 31,69 25 82 g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\chem 700 hd + sd.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

CHEM SD - STANDARD DUTY Applications : General purpose standard duty hose suitable for the safe transfer of a wide variety of chemicals under suction or pressure. Commonly used for loading and unloading of road and rail tankers, storage tank and for in-plant applications. Suitable as flexible terminal hose for top loading arms. Available in 40 m coils from 1 ½ up to 8 diameter. Design: High strength polypropylene films and fabrics, high density polyethylene film reinforcements, polyvinyl coated polyester fabric cover, weather and ozone resistant. Code CHEM SD PZ CHEM SD PX CHEM SD XZ CHEM SD XX Applications Standard Duty Chemicals/Solvents liquid transfer Colour Green Temperature -30 + 80 C Inner wire PP Coated Steel PP Coated Steel st. steel st. steel Outer wire st. steel st. steel galv. steel st. steel Bend Radius SIZE max. W.P. Safety Weight maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 40 1 ½ 10 150 5:1 100 4 1,04 40 132 50 2" 10 150 5:1 150 6 1,56 40 132 65 2 ½ 10 150 5:1 200 8 1,87 40 132 75/80 3" 10 150 5:1 250 10 2,23 40 132 100 4" 10 150 5:1 300 12 3,62 40 132 150 6" 10 150 5:1 500 20 8,91 40 132 200 8" 10 150 5:1 740 29 11,16 40 132 g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\chem 700 hd + sd.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

VAPOR-CHEM LD - LIGHT DUTY Applications: General purpose light duty hose is ideal for use for petrochemical vapour recovery systems in ship to shore, ship to ship, bottom loading and tank truck operations. Complies with USCG marine Vapour control system 33CFR Part 154.810! All hoses are 100% antistatic - electrically conductive, meet the EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines, are Lloyds and DNV approved and ATEX certificate can be released on request. Code VAPORCHEM PZ VAPORCHEM PX VAPORCHEM XZ VAPORCHEM XX Applications Light Duty Chemicals/Solvents Vapours Colour Yellow Temperature -30 + 80 C Inner wire PP coated steel PP coated steel st. steel st. steel Outer wire st. steel st. steel galv. Steel st. steel Bend Radius SIZE max. W.P. Safety Weight maximum Length EN ISO 1746 Factor mm Inch Bar P.S.I. mm Inch kg / m m Feet 40 1 ½ 5 0,7 4:1 100 4 1,01 40 132 50 2" 5 0,7 4:1 150 6 1,33 40 132 65 2 ½ 5 0,7 4:1 200 8 1,85 40 132 75/80 3" 5 0,7 4:1 250 10 2,13 40 132 100 4" 5 0,7 4:1 300 12 2,97 40 132 150 6" 5 0,7 4:1 500 20 6,83 40 132 200 8" 5 0,7 4:1 740 29 9,91 40 132 250 10" 5 0,7 4:1 1000 40 14,79 25 82 300 12" 5 0,7 4:1 1200 48 19,96 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\chem 700 hd + sd.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Composite hoses PTFE 300 The practically almost unlimited chemical resistance of fluoropolymers makes PTFE 300 hoses ideal for the transfer of a wide range of very hazardous chemicals. As a universal composite hoses PTFE 300 can help eliminating costly redundancy of inventory, which usually is caused by maintain individual hoses types for different chemicals. PTFE assemblies are fitted with an extensive range of couplings, including also PTFE- or the exclusive EPTAFLON BLUE-coating, resistant to almost all chemicals. Furthermore PTFE hoses - as FIRETEC version - can be produced with self-extinguishing-cover ADR-CL1. All hoses from 3/4 to 8 are available in 40 m coils and in 25 m length up to 12. Outer cover is also available in ELASTOTHANE, a special PU coated fabric, offering increased UV-, ozone-, sunlight- and weathering-resistance as well as superior temperature and abrasion characteristics. Electrical conductivity is achieved by the two wires bonded to the end fittings. This helps to dissipate accumulated charge and to avoid static flash. The electric resistance of hose assemblies is less than 1 Ω/m as required by EN ISO 8031:2009-4.7. Upon request PTFE hoses can be manufactured with a special outer antistatic black cover acc. to the Directive 94/9/EC ATEX. All PTFE hoses are 100% antistatic and electrically conductive, complying with the EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines and are Lloyds and DNV approved. An ATEX certificate can be released on request. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\ptfe 300.doc

Heavy Duty PTFE 300 HD is offered in two versions, the first using as inner layer in contact with the product, a pure film of PTFE, the second is manufactured around the PATENTED new NANOTEC TEFLON film PTFE 300 HD EN 13765:2010 TYPE 3 Applications: PTFE 300 HD is particularly designed for suction and delivery handling of aggressive chemicals, Ship to Shore and Ship to Ship, Dockside and for the most challenging industrial and marine applications. Construction: PTFE 300 HD is a multi-layer thermoplastic hose designed to resist to the most aggressive chemicals. The distinctive component is a tubular extruded FEP film, preventing any possible leak and guaranteeing the gas-tight construction. All different layers are wrapped together and tensioned between internal and external wire spirals. PTFE 300 HD - NANOTEC INSIDE (Patent Design) EN 13765:2010 TYPE 3 NANOTEC is obtained with the latest and highest standard of Nanotechnology, ensuring unique mechanical strength and ZERO porosity. NANOTEC is a flexible, tear resistant material with superior capabilities compared to other PTFE products. NANOTEC is made of 100% TEFLON, making it impervious to chemical attack and eliminating the need for reinforcements. Regardless of the chemical environment NANOTEC retains all of its physical properties. Using an innovative nanotechnology cross-lamination process, results in NANOTEC having an incredible 360 tear strength, superb durability and operating temps of up to 316 C. The NANOTEC technology is a exclusive and unique PATENTED DESIGN! Code PTFE 300 HD XZ PTFE 300 HD XX NANOTEC HD XZ NANOTEC HD XX Applications Heavy Duty transfer of aggressive chemicals Colour Red Temperature -40 +100 C -40 +125 C Inner wire st. steel st. steel st. steel st. steel Outer wire galv. steel st. steel galv. steel st. steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,63 40 132 25 1" 15 200 5:1 100 4 0,77 40 132 32 1 ¼" 15 200 5:1 125 5 1,05 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,33 40 132 50 2" 15 200 5:1 180 7 2,04 40 132 65 2 ½" 15 200 5:1 220 8½ 2,75 40 132 75/80 3" 15 200 5:1 180 11 3,15 40 132 100 4" 15 200 5:1 400 16 4,74 40 132 150 6" 15 200 5:1 550 22 10,50 40 132 200 8" 15 200 5:1 800 32 12,85 40 132 250 10" 15 200 5:1 1000 40 20,96 25 82 300 12" 15 200 5:1 1200 48 31,69 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\ptfe 300.doc

CHEMCHLOR 900HD-NANOTEC INSIDE (Patent Design) Applications: CHEMCHLOR 900 is a specific hose designed for very aggressive chemicals. It is used in such applications as transfer of all the chlorine derivatives, hydrochloric acid, nitric and sulphuric acid. This heavy duty construction generally can be used for the most challenging industrial and marine applications. Construction: The inner layer, which is in contact with the product, is made with the unique and patented NANOTEC TEFLON film, ensuring the highest mechanical strength, zero porosity and superior chemical inertness. Internal wire is made in stainless steel 1.4307 with white PVDF coating of great thickness. A seamless extruded tubular FEP film prevents any possible leakage and guarantees a gas-tight construction. CHEMCHLOR 900 HD CHEMCHLOR 900 HD Code FX FP Applications Heavy Duty transfer of aggressive chemicals Colour Yellow / purple Temperature -40 +125 C Inner wire PVDF coated st. steel Outer wire St. steel PP coated st. steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 20 300 5:1 75 3 0,63 40 132 25 1" 20 300 5:1 100 4 0,77 40 132 32 1 ¼" 20 300 5:1 125 5 1,05 40 132 40 1 ½" 20 300 5:1 140 5 ½ 1,33 40 132 50 2" 20 300 5:1 180 7 2,04 40 132 65 2 ½" 20 300 5:1 220 8 ½ 2,75 40 132 75/80 3" 20 300 5:1 180 11 3,15 40 132 100 4" 20 300 5:1 400 16 4,74 40 132 150 6" 20 300 5:1 575 23 10,50 40 132 200 8" 20 300 5:1 800 32 12,85 40 132 250 10" 20 300 5:1 1000 40 20,96 25 82 300 12" 20 300 5:1 1200 48 31,69 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\ptfe 300.doc

PTFE SD - STANDARD DUTY EN 13765:2010 TYPE 2 Applications : General purpose standard duty hose suitable for the safe transfer of a wide variety of chemicals under suction or pressure where ever the chemical resistance of polypropylene is inadequate. It is commonly used for loading and unloading of road and rail tankers, storage tank and in-plant transfers. Construction: Inner first layer in contact with the fluid is made with ECTFE films. High strength polypropylene films and fabrics, high density polyethylene films reinforcement, polyvinyl coated polyester fabric cover, fire resistant, abrasion, weather and ozone resistant. PTFE SD, the Standard Duty hose has a working pressure of 10 bar and a working temperature from -30 to +80 C Code PTFE SD XZ PTFE SD XX Applications Standard duty handling of aggressive chemicals Colour red Temperature -30 +80 C Inner wire st. steel st.steel Outer wire galv. steel st.steel Bend Radius SIZE max. W.P. Safety Weight maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 40 1 ½ 10 150 5:1 100 4 1,04 40 132 50 2" 10 150 5:1 150 6 1,56 40 132 65 2 ½ 10 150 5:1 200 8 1,87 40 132 75/80 3" 10 150 5:1 250 10 2,23 40 132 100 4" 10 150 5:1 300 12 3,62 40 132 150 6" 10 150 5:1 500 20 8,91 40 132 200 8" 10 150 5:1 740 29 11,16 40 132 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\ptfe 300.doc

Composite Cryogenic hoses CRYOTEC 660 / 661 CRYOTEC hoses are designed for use with cryogenic products at temperatures down to -200 C and pressures up to 25 bar. This hose series has been designed around multilayers of polyamide fabrics and films, polyester films, reinforced with inner and outer wire spirals in 316 Stainless Steel. Additional Polyester fabrics and specific bi-oriented polypropylene films are provided to guarantee flexibility even at -200 C, ensuring the assemblies better performances than other hose types or loading arms, when accommodating for vessel movements during transfer operation. CRYOTEC hose design includes FEP extruded tubular and Mylar films. According to EN 13766:2010 they are manufactured in two types: Type 1 for LPG and Type 2 for LNG, each type is subdivided in two classes, one for onshore use (Class A) and one for offshore use (Class B). For transport LPG or LNG gases it is standard economic practice liquefying them either by means of pressure or refrigeration. Hoses for this application must be ductile at low temperatures. CRYOTEC hoses for liquid gas transfer form an important part of the extensive range on non-metallic flexible hoses offered by the division of Matec group. The hoses are certified by DNV as complying the requirements of CE Directive 97/23 PED and are made to comply the requirements of EN13766; Paragraphs 5:4 and 5:7 of the IMO Gas Carrier Code, and 5:3 and 5:7 of the IMO Chemical Carrier Code. CRYOTEC hoses meet EN, CE, PED standards, U.S. Coast Guard requirements, are DNV approved. ATEX certification acc. Directive 94/EC is available on request. ADVANTAGES Superior thermal performance Up to 5 times better thermal performance than competing insulation products Reduced thickness and profile Equal thermal resistance at a fraction of the thickness Zero Permeability due to integral vapour barrier Prevents ice formation on outer diameter Physically robust Soft and flexible but with excellent elastic recovery, Nanogel recovers its thermal performance even after compression Eliminates expansion joints because the hose remains flexible even at cryogenic temperatures Environmental safe Landfill disposable, shot-free, with no respirable fibre content Flexible hoses are usually uninsulated due to severe stresses of cycling between ambient and LNG (- 175 C) temperatures. This can result in heavy ice formation during operation, and dangerous ice falls during the subsequent warm up. CRYOTEC hoses insulated with Cryogel Z are impervious to cryogenic cycling. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\cryotec 600 + 661.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

CRYOTEC 660 LG This series is suitable for transferring fully refrigerated conveyants such as LPG, propane and butane down to -105 C as well as liquid ethane and liquid ethylene. Suitable for fluids included in Chap XIX, Gas carrier Code. Code CRYOTEC 660 ZZ CRYOTEC 660 ZX CRYOTEC 660 XX Application Liquid Petroleum Gas LPG Colour White Temperature range -105 / + 100 C Inner wire galv. steel galv. steel st. steel Outer wire galv. steel st. steel st. steel Bending radius Size Maximum W.P. Safety Weight Maximum Length (ENISO1746) Factor mm Inch bar P.S.I. mm Inch kg m 20 ¾ 25 360 5:1 80 3 0,8 40 132 25 1 25 360 5:1 100 4 1,0 40 132 32 1 ¼ 25 360 5:1 125 5 1,3 40 132 40 1 ½ 25 360 5:1 140 6 1,5 40 132 50 2 25 360 5:1 180 7 2,5 40 132 65 2 ½ 25 360 5:1 200 8 3,3 40 132 75/80 3 25 360 5:1 260 10 4,0 40 132 100 4 25 360 5:1 380 15 6,8 40 132 150 6 25 360 5:1 500 20 13,2 40 132 200 8 25 360 5:1 750 30 18,0 40 132 250 10 15 200 5:1 900 36 26,0 25 82 300 12 10 150 5:1 1500 60 34,0 25 82 CRYOTEC 661 N These hoses are suitable for handling LNG Liquefied Natural Gas, liquid methane and liquid nitrogen at -200 C. CRYOTEC hoses assemblies are tested in accordance with EN ISO 1402. The ferrule is embossed with manufacturer s name, nominal bore, serial number and test date. Burst pressure indicated is at ambient temperature when tested in accordance with EN ISO 1402. Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipating accumulated charge and avoiding static flash. The electric resistance of hose assemblies is less than 1 Ω/m as required by EN ISO 8031:2009-4.7. Code CRYOTEC 661 ZZ CRYOTEC 661 ZX CRYOTEC 661 XX Application Liquified Natural Gas LNG at extremely low temperatures Colour White Temperature range -200 / + 80 C Inner wire galv. steel galv. steel st. steel Outer wire galv. steel st. steel st. steel g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\cryotec 600 + 661.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Bending radius Size Maximum W.P. Safety Weight Maximum Length (ENISO1746) Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 ¾ 15 200 8:1 80 3 0,8 40 132 25 1 15 200 8:1 100 4 1,0 40 132 32 1 ¼ 15 200 8:1 125 5 1,3 40 132 40 1 ½ 15 200 8:1 140 6 1,5 40 132 50 2 15 200 8:1 180 7 2,5 40 132 65 2 ½ 15 200 8:1 200 8 3,3 40 132 75/80 3 15 200 8:1 260 10 4,0 40 132 100 4 15 200 8:1 380 15 6,8 40 132 150 6 13 185 8:1 500 20 13,2 40 132 200 8 13 185 8:1 750 30 18,0 40 132 250 10 13 185 8:1 900 36 26,0 25 82 300 12 10 150 8:1 1500 60 34,0 25 82 CRYOTEC Nanogel Patented design FLEXIBLE HOSE WITH INTEGRAL INSULATION VAPOR BARRIER FOR SUB-AMBIENT AND CRYOGENIC APPLICATIONS Nanogel is a flexible aerogel blanket insulation with an integral vapour barrier. It is engineered to deliver maximum thermal protection with minimal weight and thickness and zero water vapour permeability. Nanogel s unique properties, extremely low thermal conductivity, superior flexibility, compression resistance, hydrophobicity and ease of use make it essential for those seeking the ultimate in thermal protection for cryogenic applications. Using patented nanotechnology, Nanogel insulation combines a silica aerogel with reinforcing fibres to deliver industry-leading thermal performance in an easy-to-handle and environmentally safe product. Nanogel s extremely low thermal conductivity reduces heat gain and its inherent flexibility makes the product durable and resistant to mechanical abuse. Additional protection (ARAMEX braid and PU Red cover) on the outer diameter is available to minimize the abrasion damages and for further protection and insulation. CRYOTEC hoses with Nanogel patented insulation can achieve an outer temperature of 23 C on hoses carrying LNG at -175 inside. Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\cryotec 600 + 661.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Composite hoses BIO TEC BIOTEC is a multi-layer thermoplastic hose, manufactured from several layers of polypropylene, polyethylene and polyester films, reinforced with high tensile fabrics and an external Class 1 Fire retardant cover. The inner layer, in direct contact with conveyed product, is made from a special film, which is 100% resistant to aromatics and MTBE. BIOTEC design includes a seamless UHMW PLT tubular film, avoiding any possible leak and guaranteeing a gas-tight construction. Application: BIOTEC assemblies are suction and discharge hoses, particularly suitable for handling and transfer of alternative fuels, incl. Bioethanol (up to E98), Biodiesel* (up to B100) as well as traditional petroleum-based fuels like Gasoline and Diesel, requiring an excellent chemical resistance, lightweight and flexibility. These hoses are designed for suction & discharge operation at temperatures from - 40 to +100 C. *Applies to biodiesels which meet ASTM D6751 criteria Non-permeable construction won t swell or become stiff like conventional thermoplastic/rubber hoses. Long life reduces operating costs. Lightweight much lighter than conventional thermoplastic/rubber hoses. Superior flexibility especially at low temperatures. Electrical continuity - Electrical continuity is achieved by the two wires bonded to the end fittings. This conducts accumulated charge and avoids static flash. The electric resistance of hose assemblies is less than 1 Ω/m, as required by EN ISO 8031. Upon request BIOTEC hoses are manufactured with a special outer antistatic cover acc. to the EU-Directive 94/9/EC ATEX and earth cable! All our composite hoses are 100% antistatic and electrically conducting, meeting the EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines, and are Lloyds and DNV approved! ATEX certificate can be released on request. Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\biotec 85 + 100.doc 15.11.2016

BIOTEC 85 is a special type of fuel hose, designed to handle all grades of ETHANOL fuel blends. It is built with a specialized combination of high performance films and fabrics, resistant today s high concentrated alternative fuels as Bioethanol, produced from starch or sugar in crops such as corn, wheat, beet and sugarcane. Bioethanol is a clear, colourless, flammable, oxygenated hydrocarbon, which can be used as pure vehicle fuel or blended at any level with gasoline to create a biofuel blend. BIOTEC 100 is an alternative fuel hose, designed to handle all grades of BIODIESEL including 100% neat biodiesel. BIOTEC 100 hose comprises a specialized combination of high performance films and fabrics, fully resistant to concentrated alternative fuels. Biodiesel or FAME (Fatty Acid Methyl Ester), produced from different sources like e.g. rape seed, soy bean oil or tropical alm and coconut oil. Pure it is used in replacement of Diesel oil or blended with conventional petroleum diesel to create a biodiesel blend. Code BIOTEC 85 ZZ BIOTEC 85 ZX BIOTEC 100 XZ BIOTEC 100 XX Applications Heavy duty bio fuel transfer Colour Green Black Temperature -40 +100 C Inner wire PP coated steel PP coated steel st. steel st.steel Outer wire galv. steel st. steel galv. steel st.steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,73 40 132 25 1" 15 200 5:1 100 4 0,90 40 132 32 1 ¼" 15 200 5:1 125 5 1,27 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,49 40 132 50 2" 15 200 5:1 180 7 2,18 40 132 65 2 ½" 15 200 5:1 220 8 ½ 3,09 40 132 75/80 3" 15 200 5:1 180 11 3,66 40 132 100 4" 15 200 5:1 400 16 5,28 40 132 150 6" 15 200 5:1 575 23 11,90 40 132 200 8" 15 200 5:1 800 32 15,65 40 132 250 10" 15 200 5:1 1000 40 22,53 25 82 300 12" 15 200 5:1 1200 48 31,78 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\biotec 85 + 100.doc 15.11.2016

Composite hoses DRAINTEC Complete HD Tank Roof Draining System Draining rain water from a floating tank roof is important to prevent building up too much water on top which could cause sinking of the roof. With the DRAINTEC type an excellent solution was developed for this application. The major advantage of a hose is that it has a minimum number of connections, therefore eliminating much of the potential problems with other draining systems, like e.g. corroding swivel joints. Constituting a complete system including the connections, ballast cable and suspension system, DRAINTEC is easily installed or retrofitted by a contractor crew. Each hose is individually tested prior the shipment, to ensure its performance. As a result of its flexible nature, DRAINTEC will even be able to deal with frozen rain water inside. Being designed for inside tanks installation, special compounded covers are used to resist immersion in high aromatic or corrosive liquids! DRAINTEC hoses are designed, manufactured and tested to customer specifications to offer the following features: installed to form a single coil repeating lay pattern (360 coil) fixed underneath the floating roof by PU support saddles, clevis and chain equipped with full bore steel fittings system ensures less maintenance, less product loss, reduced shutdowns and maximum service life designed for continuous exposure to a wide range of chemicals and PH values both internally and externally Internal ballast is provides negative buoyancy of the assembly and needs to be individually adapted to the purpose tested at 14 bar for 1 hour and certified acc. to EN 13765:2010 g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\draintec.doc 15.11.2016

Product description: Lining: Polypropylene or PTFE lined hose, depending on the type of hose specified or required Reinforcement: Textile reinforcement with a double high tensile wire helix to resist collapsing by external pressure when immersed. Pressure: Although these hoses are rainwater drains experiencing low pressures when in use, the integrity of the hose assemblies is checked after ballasting, by testing to 15 bar with water and vacuum testing to - 1 bar. Full and detailed test and material certificates are supplied as a standard. Cover: Wrapped fabric finish in following options: ANTISTATIC Polypropylene fabrics, to resist at 100% aromatic content. NANOTEC Pure Teflon Cross laminate film (Deposited Patent) resistant to all solvents, Chemicals and aromatics at any concentration. Ballast: On request each hose assembly incorporates (inside) a permanently attached stainless steel cable and ballast discs to prevent the hose from floating in the stored product. Repeatable lay pattern: DRAINTEC hoses are installed to form a single coil repeating lay pattern with a 360 coil. Antistatic: All hoses are electrically conductive. Installation: 2 Polyurethane SCUFFRING support saddles and chains for roof attachment are supplied and the roof end of each hose is marked as follows: "ATTACH THIS END TO ROOF" Flanges: Generally mild steel nipples with fixed ASA150 R/F flanges are supplied. Other flanged drillings and material types are available including swivel flanges and bronze flanges. The ballast connection is a stainless steel wire rope section permanently welded to the hose nipple. Code DRAINTEC HD XZ DRAINTEC HD XX DRAINTEC DRAINTEC SUPERFLEX XZ SUPERFLEX XX Applications Roof draining hose system Draining system hinge joints Colour white Temperature -40 +80 C Inner wire st. steel st. steel st. steel st. steel Outer wire carbon steel st. steel Carbon steel st. steel Size Maximum W.P. Safety factor Bend Radius (EN ISO 1746) Weight Maximum Length mm Inch Bar P.S.I. Bar mm Inch kg / m m Feet 50 2 14 200 5:1 180 7 2,19 40 132 65 2½ 14 200 5:1 220 8½ 3,13 40 132 75/80 3 14 200 5:1 300 11 3,80 40 132 100 4 14 200 5:1 400 16 5,29 40 132 150 6 14 200 5:1 500 20 12,21 40 132 200 8 14 200 5:1 800 32 17,14 40 132 250 10 14 200 5:1 1200 40 24,92 25 82 300 12 14 200 5:1 1500 59 33,82 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\draintec.doc 15.11.2016

DRAINTEC SUPERFLEX Hinge Joint Draining System This system was designed to innovatively provide a better solution to floating roof drainage problems. It combines both the flexibility of composite and hose systems with the strength found in rigid pipe/swivel join systems. Basically it is a steel pipe drain system with angular flexible joints that withstand an extremely wide range of service conditions. DRAINTEC HINGE SYSTEM offers Long Maintenance-Free Service and effectively provides positive roof drainage with maintenance-free and worry-free operation. This results in extended service life with no hose kinking or clogging and no stress loading on O-rings, bearings or seals. Instead of costly swivels, this system employs unique flexible joints in a straight-line design, with no offsets to cause unbalanced loading. The DRAINTEC HINGE SYSTEM is easily installed in a fixed position, requiring a minimal operating area. With a designed continuous slope, the Hinge does not allow sediment to become trapped in the system. It is designed for submerged service with no lubrication required and there are no corrosion freeze-ups. All components are compatible with 100% aromatic products and can withstand high design pressures. Advantages of DRAINTEC HINGE SYSTEM compared to traditional swivel joint systems: straight-line design - no offsets to cause unbalanced loading no O-rings, bearings or seals no moving parts to lubricate designed for submerged service no flow restrictions load stress transferred across joint, not through it easy installation Advantages of DRAINTEC HINGE SYSTEM compared to Hose Drain Systems: continuous slope design - no sediment traps small operating area - no tank layout required, minimizing downtime fixed position - no damage due to interference 100% aromatic resistant components higher design pressure no kinking or collapsing no dragging or scraping action across tank bottom no ballast needed Other Advantages: ease of design and installation no measuring of roof legs other internals required prior to design immediate delivery of system components reducing tank downtime minimal field welding required for system installation no piping required on underneath of floating roof flexible joints can be used for internal floating suctions Roof Drain Systems can be designed for dual use with Fire Fighting Foam Delivery g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\draintec.doc 15.11.2016

Construction Features: The DRAINTEC HINGE flexible joint is composed from inner and outer stainless steel wire helixes (maintaining rigidity under internal or external pressures), multiple inner layers of polar and non-polar thermoplastic materials (preventing product permeation through the hose, even from such products as MTBE) and outer layers from antistatic woven fabric (protecting the inner hose materials). Its high design pressure also makes the system suitable for use with fire fighting foam delivery systems. The design uses stainless steel and PTFE bushings and spacers to eliminate jamming and ensure flexibility so no lubrication is required. The reinforced side plates transfer the load around the flexible hose, eliminate stress on the hose end connections and thus minimize the possibility of hose end failure. These side plates are available carbon steel (galvanized or prime coated) and stainless steel materials in diameters from 2 to 12. Relevant regulations: DNV Det Norske Veritas Cert.N CERT-04193-99-AQ IND- SINCERT, EN 13765:2010, approved from CEN Directive 97/23/CE PED with operating procedures certified from DNV - CE PED 07.0056.06/2585 Directive 94/9/CE ATEX hose for explosive atmospheres, Cert. held by DNV Rec.nr. CE ATE 08.0117.06/2617 - (AS 2430.1-1987) BS 5842:1980 (Conf. 1986) BS 3492:1987 AS 2683-2000 (hose & hose assemblies for distribution of petroleum and petroleum products) AS 2117-1991 (hose & hose assemblies for petroleum and petroleum products - marine suction and discharge) NAHAD Guidelines (NAHAD 600/2005) Test procedures: BS 5173-102.10:1990 section 102.10 - (EN ISO 1402) AS1180.5-1999 (method 5) AS 1180.13B (electrical resistance) AS1180.13C (electrical continuity) Type Approval: Lloyd s Register Type Approved - Cert.N 13/00002 DNV Det Norske Veritas Type Approval Cert. N P-12369 RINA - Registro Italiano Navale - Cert. N AC/81398/1/TO/99 Russian Maritime Register of Shipping IBC Code Chapter 5 - Ship's Cargo hoses IMO Chemical Carrier Code - Paragraphs 2:12 and 5:7 Welding Process: according to EN 15608:2005 - EN 439:1996 - EN 15614-1:2005 - EN 6848:2005 - EN 12072:2001 certified by DNV Det Norske Veritas, according to ASME IX certified by RINA Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\draintec.doc 15.11.2016

Composite hoses Food 500 According to FDA 177.1520; EU-Regulation 10/2011, EC/1935/2004, GMP; DM21/03/73 and Subsequent Amendments. Test Report Cerisie n. 471-ABC bis / 2013 - Phtalate Free FOOD 500 is a multi-layer thermoplastic hose designed around several ultrahigh molecular weight polyethylene (UHMW PLT) liners, supported by 316 L stainless steel inner and outer wires and a weather proof and abrasion resistant outer cover made from polyvinyl coated polyester fabric. The outer cover is also available in ELASTAR, a special PU coated fabric with extraordinary UV-, ozone-, sunlight- and weathering-resistance, resulting in superior temperature and abrasion characteristics. Extremely flexible, easy to handle and bend, FOOD 500 hose complies with the most important international regulations for all applications in direct contact with food. The tube is produced in a high purity and constantly monitored manufacturing processes. During the entire process no oils or lubricants are used to avoid any possible contamination. Its heavy duty design includes a high density, seamless extruded tubular PLT film, which avoids any possible leakage and guarantees a gas-tight composition. All the different layers are wrapped together and tensioned between internal and external wire spirals. It is possible to clean FOOD 500 with lose steam or with various chemicals (diluted caustic soda and nitric) without any problem. All hoses are 100% antistatic and can be used for suction or discharge. Vacuum rating is 0,9 bar according to the EN ISO 7233 method B. Our FOOD 500 assemblies are fitted with an extensive range of couplings readily available, including sanitary type fittings, DIN, SMS, RYT or Tri-Clamp, externally swaged with stainless steel ferrules. For safety and reliability, FOOD 500 assemblies are tested at 1 ½ times rated working pressure in accordance with EN ISO 1402. The ferrule is permanently embossed with manufacturer s name, nominal bore, the serial number and the test date of the hose assembly. Full test certificate is available on request! Electrical continuity is achieved by the two wires bonded to the end fittings. This conducts accumulated charge and avoids static flash. The electric resistance of hose assemblies is less than 1 Ω/m, as required by EN ISO 8031. Upon request hoses are manufactured with a special outer antistatic cover acc. to the EU-Directive 94/9/EC ATEX! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\food 500.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Food 500 HD - HEAVY DUTY Specifically designed as a universal hose for the transfer of a wide variety of edible liquids or food products in general, both under suction or pressure, FOOD 500 hoses are used in applications like loading/unloading of rail and road tankers, tank storage and in-plant transfer. This type is particularly recommended in the handling of edible oils, including palm, coconut, sunflower, seeds or olive oils. It is widely used as well for chocolate, jam, edible or pure alcohol, isopropyl, ethyl, methyl or alcoholic spirits, wine and liquors. Code FOOD 500 XZ FOOD 500 XX Applications liquid food stuff Colour Light blue Temperature -40 +100 C Inner wire st. steel st.steel Outer wire galv. steel st.steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,85 40 132 25 1" 15 200 5:1 100 4 0,98 40 132 32 1 ¼" 15 200 5:1 125 5 1,31 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,53 40 132 50 2" 15 200 5:1 180 7 2,21 40 132 65 2 ½" 15 200 5:1 220 8 ½ 3,22 40 132 75/80 3" 15 200 5:1 280 11 3,73 40 132 100 4" 15 200 5:1 400 16 5,42 40 132 150 6" 15 200 5:1 575 23 11,72 40 132 200 8" 15 200 5:1 800 32 16,47 40 132 250 10" 15 200 5:1 1000 40 24,36 25 82 300 12" 15 200 5:1 1200 48 33,20 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\food 500.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

ABRAFOOD - PU ABRAFOOD PU has been designed for the transfer of all abrasive foodstuffs, liquids, powders or granulates. Thanks to the high thickness of its FOOD GRADE POLYURETHANE layers and the heavy duty construction, it is successfully used for the transfer of sugar, cereals, flours and all abrasive alimentary products in general. In order to avoid any possible leak and guarantee a gas-tight assembly ABRAFOOD PU design includes a seamless tubular extruded HD-PLT-film. The different layers are wrapped together and tensioned between internal and external wire spirals, which results in a 100% antistatic construction. Code ABRAFOOD XZ ABRAFOOD XX Applications Powder and granule food stuff Colour Light blue Temperature -40 +100 C Inner wire st. steel st.steel Outer wire galv. steel st.steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,93 40 132 25 1" 15 200 5:1 100 4 1,20 40 132 32 1 ¼" 15 200 5:1 125 5 1,51 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,77 40 132 50 2" 15 200 5:1 180 7 2,51 40 132 65 2 ½" 15 200 5:1 220 8 ½ 3,51 40 132 75/80 3" 15 200 5:1 280 11 4,14 40 132 100 4" 15 200 5:1 400 16 5,99 40 132 150 6" 15 200 5:1 575 23 12,97 40 132 200 8" 15 200 5:1 800 32 17,95 40 132 250 10" 15 200 5:1 1000 40 25,88 25 82 300 12" 15 200 5:1 1200 48 35,50 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\food 500.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

FOODFLON FOODFLON is engineered and designed for all those applications which require food compatibility combined with chemical resistance, PTFE inertness and increased temperatures involved. FOODFLON hose as a first layer made from the new patented NANOTEC PTFE film, providing an incredible 360 tear strength, superb durability and operating temperatures of up to 316 C. Hose assemblies can be easily cleaned with any kind of chemical product and with pressurized steam. Code FOODFLON XZ FOODFLON XX Applications liquid food stuff Colour Light blue Temperature -40 +100 C Inner wire st. steel st.steel Outer wire galv. steel st.steel Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,89 40 132 25 1" 15 200 5:1 100 4 1,12 40 132 32 1 ¼" 15 200 5:1 125 5 1,45 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,69 40 132 50 2" 15 200 5:1 180 7 2,40 40 132 65 2 ½" 15 200 5:1 220 8 ½ 3,36 40 132 75/80 3" 15 200 5:1 280 11 3,96 40 132 100 4" 15 200 5:1 400 16 5,73 40 132 150 6" 15 200 5:1 575 23 12,41 40 132 200 8" 15 200 5:1 800 32 17,18 40 132 250 10" 15 200 5:1 1000 40 24,77 25 82 300 12" 15 200 5:1 1200 48 33,97 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\food 500.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Composite hoses HITEMP 305 HITEMP 305 is a multi-layer thermoplastic hose designed around several fluoropolymer liners, supported by a stainless steel inner wire and reinforced with films and fabrics specifically designed for high temperature applications. All the different layers are wrapped together and tensioned between internal and external wire spirals. HITEMP 305 utilizes the new PTFE laminate film NANOTEC - the latest and highest level of nanotechnology - to ensure unique mechanical strength and non-porosity. NANOTEC technology is an exclusive and unique patented design. Key component is a tubular extruded FEP film, preventing any possible leak and guaranteeing the gas-tight construction. Outer cover is made from ELASTAR, a special high temperature resistant PU coated fabric offering increased UV-, ozone-, sunlight- and weathering-resistance, as well as superior temperature and abrasion characteristics. All hoses from 3/4 to 8 are available in 40 m coils and in 25 m length up to 12 diameter. APPLICATIONS: HITEMP 305 is a hose, specifically designed for the transfer of hot oils and bitumen under vacuum or pressures! HITEMP 305 hoses are used in various applications as transfer between rail and road tanker, suction or discharge handling from/to storage tanks and general in-plant use. This hose is extremely flexible, easy to handle and bend, regardless, if at very high or very low ambient temperatures. All hoses are 100% aromatic resistant and antistatic! Vacuum rating is 0,9 bar, according to the EN ISO 7233 method B. Thanks to the inner PTFE NANOTEC construction, nothing sticks to the inner wall of the hose, and due to absence of inner corrugations or convolutions, (smooth body) nothing will remain trapped in it. HITEMP 305 hoses can be supplied as FIRETEC version to meet the fire resistance criteria acc. to European Standard EN 13765:2010, Annex G, and with self-extinguishing CL1 characteristics. The special series of HITEMP 305 FIRETEC hoses are mainly used for cooling application in the steel industry. On specific request, we can produce an electrically discontinuous (non-conductive) version, in particular for use with induction ovens. Additional fire resistant films and fabrics result in a good thermal insulation and a low conductivity from the outside to the inside. The special series of COATED FIRETEC hoses additionally is equipped with external heat resistant layers, to withstand the action of eventual splashes of fused metals. An independent test institute has exposed a FIRETEC assembly of 3 m x 6, filled with liquid F acc. ISO 1817, by exposing it to an outer flame. The hose had maintained its structure intact, with no significant alteration. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\word-vorlagen\hitemp 305.doc 16.11.2016

The coating can be made in various materials: HITEMP FIRETEC STD: Black colour self-extinguish CL 1 coating. Additional under layers of glass fabrics and aluminium films act as a heat and fire barrier. HITEMP FIRETEC GLASS: Outer cover made with glass fabric type E, with good thermal characteristics and fire resistance properties. HITEMP FIRETEC PIROJACKET: Special outer cover made with red silicone impregnated silica fabric, combines handling properties and extreme temperature resistance. HITEMP 305 TWINHOSE is a special type of hose designed for the transfer of HIGHLY viscous products, at temperatures that can reach 200 C. To improve the durability, reliability and ensure absolute absence of leaks, comprising a coaxial interlock liner, made in steel with a smooth inner surface in order to avoid any stagnation of the product once the loading / unloading operations are finished, and to avoid any wire displacement due to the high viscosity of the flowing product... HITEMP 305 assemblies are fitted with an extensive range of couplings also available PTFE coated or with the new exclusive EPTAFLON treatment, externally swaged with stainless steel ferrules. Upon request it is also possible to install electrical insulating fittings with EBONITE coating. All hose assemblies are tested in accordance with EN ISO 1402. The securing ferrule is permanently engraved with hose data, in compliance with PED Directive (97/23/ CE). The electric resistance of hose assemblies is less than 1Ω/m, as required by EN ISO 8031. Upon request - for explosive environment - HITEMP hoses can be manufactured also with a special outer antistatic black cover and ground connection cable acc. to the Directive 94/9/EC ATEX. All hoses meet EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines, are Lloyd s and DNV approved. Code HITEMP ZZ HITEMP XZ HITEMP XX Applications High temperature hydrocarbon transfer Temperature -40 +200 C Inner wire galv. steel st. steel st. steel Outer wire galv. steel galv. steel st. steel Hose type HITEMP 305 HITEMP FIRETEC STD HITEMP FIRETEC GLASS HITEMP FIRETEC PIROJACKET HITEMP TWINHOSE Colour Black Black White Red Black Bend Radius Size Max. W.P. Safety Weight Maximum Length EN ISO 1746 Factor mm Inch bar P.S.I. mm Inch kg / m m Feet 20 3/4" 15 200 5:1 75 3 0,86 40 132 25 1" 15 200 5:1 100 4 1,23 40 132 32 1 ¼" 15 200 5:1 125 5 1,49 40 132 40 1 ½" 15 200 5:1 140 5 ½ 1,77 40 132 50 2" 15 200 5:1 180 7 2,38 40 132 65 2 ½" 15 200 5:1 220 8 ½ 3,48 40 132 75/80 3" 15 200 5:1 280 11 4,28 40 132 100 4" 15 200 5:1 400 16 7,05 40 132 150 6" 15 200 5:1 575 23 17,30 40 132 200 8" 15 200 5:1 800 32 24,40 40 132 250 10" 15 200 5:1 1000 40 27,80 25 82 300 12" 15 200 5:1 1200 48 36,70 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\word-vorlagen\hitemp 305.doc 16.11.2016

Composite hoses EXILITE EXILITE is the lightest composite hose actually available on the market - light, but yet robust and durable. This type is abrasion resistant because of its external wire coated with a thick layer of black polymeric material. This new revolutionary multi-layer thermoplastic hose is manufactured from multiple layers of polypropylene, polyethylene and polyester films as well as polypropylene fabrics, covered with a weather- and abrasion-proof outer skin. All the different layers are wrapped together and tensioned between internal and external wire spirals. This enables our product to meet the requirement of the oil tank truck industry. Outer cover is also available in ELASTAR, a special PU coated fabric, offering increased UV-, ozone-, sunlight- and weathering-resistance, as well as superior temperature and abrasion characteristics. EXILITE EXTRA-LIGHTWEIGHT HYDROCARBON SUCTION & DISCHARGE HOSE - EN 13765:2010 TYPE 2 Applications: EXILITE hoses are typically used in low pressure transfer from road and rail tanker, for loading and unloading, storage tank and general in plant use. Conveyance includes light distillates such as petrol, diesel, paraffin, kerosene, gasoline, but the hoses can also be used for bio-diesel and aviation fuels. Where an exceptionally low hose weight is indicated, EXILITE is the answer. Inner wire is made in a special high tensile aluminium alloy, while for the external wire a special black antistatic PP coated aluminium alloy wire is used. This results in the lightest hose available on the market, which though is still robust and strong, thanks to the highest technology involved in manufacturing process. Being significantly lighter than other similar hoses of same diameter predestines EXILITE particularly for petrol forecourt deliveries. Another advantage of the coated external wire is that the hose has a full NON METALLIC property outside, therefore 100% spark-free and will not besmear or damage the truck s body paints. EXILITE hose is available in three versions: EXILITE PP : with both, inner and outer Black Antistatic PP coated wires. EXILITE AP : Inner Aluminium Alloy and Outer PP Black antistatic coated wire EXILITE PA : Inner PP Black antistatic coated wire and Outer Aluminium wire. And can be manufactured in two colours: ORANGE with the Black spiral or BLACK with the Black spiral EXILITE hoses are available from 1½ up to 4 in 40 m-coils. EXILITE assemblies are fitted with an extensive range of aluminium, brass or steel couplings, mounted with external swag-on ferrules. EXILITE hoses, according to the EN 13765:2010, are classified as TYPE 2 and are suitable for carrying gasoline, kerosene, fuel and lube oils, including aviation fuels with aromatic content up to 100%, at temperatures up to + 80 C, as well as MTBE and biofuels. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\exlite.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

EXILITE hoses are suitable as well for vapour recovery in vacuum conditions, not exceeding 0,9 Bar vacuum rating. For safety and reliability, in accordance with EN ISO 1402 (BS 5842:1980 clause 6.4) EXILITE assemblies are tested at 1 ½ times rated working pressures. One of the securing ferrules is engraved with manufacturer s name, nominal bore, the hose assembly serial number and the test date. The marking of hose assemblies is made in compliance with PED Directive (97/23/ CE). Full test certification is available on request. Code EXILITE AP EXILITE PP EXILITE PA Applications Extra light fuel and vapour handling Colour Orange / all black Temperature -30 +80 C Inner wire alu alloy PP coated alu PP coated alu Outer wire PP coated alu PP coated alu alu alloy Bend Radius Maximum Size Max. W.P. Safety Weight kg/m EN ISO 1746 Length Factor mm Inch bar P.S.I. mm Inch AP PP PA m Feet 40 1 ½" 10 150 4:1 100 4 0,84 1,06 0,88 40 132 50 2" 10 150 4:1 150 6 1,18 1,45 1,24 40 132 65 2 ½" 10 150 4:1 200 8 1,42 1,61 1,45 40 132 75/80 3" 10 150 4:1 250 10 1,75 2,05 1,81 40 132 100 4" 10 150 4:1 300 12 2,53 2,69 2,54 40 132 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\exlite.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Composite hoses HIGRADE 101 Specifically designed for the transfer of special Aviation fuels, Jet Fuel (JET A-1 and JP-6), Jet biofuels, Synthetic jet fuel (SPK) or Aviation Turbine fuel (ATF). HIGRADE 101 is a high purity fuel hose and manufactured from multiple layers of polypropylene, polyethylene and polyester films as well as polypropylene fabrics, covered with a weather- and abrasion-proof outer skin. All the different layers are wrapped together and tensioned between internal and external wire spirals. This enables our product to meet the requirement of the petrochemical and tank truck industry. Outer cover is also available in ELASTAR, a special PU coated fabric, offering increased UV-, ozone-, sunlight- and weathering-resistance, as well as superior temperature and abrasion characteristics. HIGRADE 101 is manufactured according to the requirement of the European Standards EN 13765:2010 Type 3 (BS 5842:1980) and in accordance with Australian Standards AS 2683. It complies to the recommendations of NAHAD Guidelines (NAHAD 600/2005). Manufactured with special procedures, particularly developed to eliminate any contaminants, HIGRADE 101 hoses fully complies BS 3492:1987 for carrying gasoline, kerosene, fuel and lubrication oils, including aviation fuels with high aromatic content at temperatures up to 100 C. The hose core is made from high purity, Ultra High Molecular Weight Polyethylene (UHMW PLT) to avoid any possible absorption or contamination. The stainless steel inner wire ensures that no metallic flakes are released into the conveyed products. The tube is produced in a high purity and constantly monitored manufacturing processes. In order to avoid any possible contamination, during the entire process no oils or lubricants are used. Being extremely flexible, easy to handle and bend, HIGRADE 101 hoses are used for transfer, loading and discharging, storage tank and in-plant handling. All hoses are 100% aromatic resistant and perfectly antistatic and can be used for delivery or suction of vapours. HIGRADE 101 assemblies are fitted with an extensive range of standard couplings, externally swaged with stainless steel or aluminium ferrules. HIGRADE 101 shows its full potential in very exceptional applications : Jet fuel or aviation turbine fuel (ATF) is a type of aviation fuel designed for use in aircraft turbine engines. It appears from colourless to straw-coloured. The most commonly fuels, produced to standardized international specifications for commercial aviation are Jet A and Jet A-1. Another jet fuel commonly used in civilian aviation is Jet B, which is characterized by its enhanced cold-weather performance. High performance fuels 109 octane for F1 racing cars and for alcohol-based fuels used in American open-wheel racing (Firetec version). g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\higrade 101.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipating accumulated charge and avoiding static flash. The electric resistance of hose assemblies is less than 1 Ω/m, as required by EN ISO 8031:2009-4.7. Upon request it s possible to manufacture these composite hoses in accordance to the Directive 94/9/EC ATEX, with a special outer antistatic black cover, ground connection cable, for explosive environment. Assemblies are suitable for use with a vacuum not exceeding 0.9 Bar. According to the standard, HIGRADE 101 hose meets the requirements for type AX & BX, for all products included in Class 1. All assemblies are tested at ambient temperature and 1½ times the rated working pressures as per EN ISO 1402 (BS 5173 section 102.10:1990). The securing ferrule, at one end of the hose, is permanently engraving with manufacturer s name, nominal bore, the hose assembly serial number and the test date. The marking of hose assemblies is made in compliance with PED directive (97/23/ CE). Full test certification can be supplied on request. Acc. to Standard EN 13765:2010 Annex G, hoses can be supplied in the FIRETEC version with ADR self-extinguishing CL1 cover. FIRETEC hose utilize a series of fire retardant barriers. Furthermore, on request, HIGRADE 101 hose can be produced in the HIPRESS version with extra ARAMEX fabric reinforcements to withstand higher pressures in special applications : WP 20, 25 up to 40 bar All meets the EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines, are Lloyd s and DNV approved. HEAVY DUTY AVIATION FUEL HOSE EN 13765:2010 - TYPE 3 Code HYGRADE 101 HD ZZ HYGRADE 101 HD ZX HYGRADE 101 HD XZ HYGRADE 101 HD XX Applications AVIATION FUEL /OIL LIQUIDS Colour NATO Green / Black Temperature -40 +100 C Inner wire galv. steel galv. steel st. steel st. steel Outer wire galv. steel st. steel galv. steel st. steel Bend Radius Maximum Size Max. W.P. Safety Weight EN ISO 1746 Length Factor mm Inch bar P.S.I. mm Inch kg/m m Feet 20 3/4" 15 200 5:1 75 3 0,78 40 132 25 1" 15 200 5:1 100 4 0,94 40 132 32 1¼" 15 200 5:1 125 5 1,27 40 132 40 1½" 15 200 5:1 140 5½ 1,49 40 132 50 2" 15 200 5:1 180 7 2,18 40 132 65 2½" 15 200 5:1 220 8½ 3,09 40 132 75/80 3" 15 200 5:1 180 11 3,66 40 132 100 4" 15 200 5:1 400 16 5,28 40 132 150 6" 15 200 5:1 575 23 11,90 40 132 200 8" 15 200 5:1 800 32 16,20 40 132 250 10" 15 200 5:1 1000 40 22,78 25 82 300 12" 15 200 5:1 1200 48 31,78 25 82 g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\higrade 101.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

STANDARD DUTY AVIATION FUEL HOSE EN 13765:2010 - TYPE 2 Code HYGRADE 101 SD ZZ HYGRADE 101 SD ZX HYGRADE 101 SD XZ HYGRADE 101 SD XX Applications AVIATION FUEL /OIL LIQUIDS Colour NATO Green / Black Temperature -40 +100 C Inner wire galv. steel galv. steel st. steel st. steel Outer wire galv. steel st. steel galv. steel st. steel Bend Radius Maximum Size Max. W.P. Safety Weight EN ISO 1746 Length Factor mm Inch bar P.S.I. mm Inch kg/m m Feet 40 1 ½ 10 150 5:1 100 4 1,23 40 132 50 2" 10 150 5:1 150 6 1,66 40 132 65 2½" 10 150 5:1 200 8 2,10 40 132 75/80 3" 10 150 5:1 250 10 2,53 40 132 100 4 10 150 5:1 300 12 4,10 40 132 150 6" 10 150 5:1 500 20 9,85 40 132 200 8" 10 150 5:1 740 29 13,31 40 132 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\higrade 101.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Composite hoses EXTRAFLEX Our range of composite hoses is very comprehensive and covers the majority of applications. However, every customer is different and so there are some applications where a standard hose may not always be suitable. The design department used all of its experience to develop a number of special hose types to cope with challenging mechanically or chemically conditions. The EXTRAFLEX series is a range of hoses specially designed for a reduced bending radius, while maintaining the same pressure and temperature resistance as our standard hose types. This was made possible by use of the latest nanotechnology polymers thinner, but with higher performances, both in terms of mechanical and chemical resistance. EXTRACHEM Applications : Extra flexible general purpose hose suitable for the safe transfer of a wide variety of chemicals under suction or pressure. Commonly used for loading and unloading of road or rail tankers and storage tank as well as general in-plant handling. This type is especially suitable as flexible terminal hose for top-loading arms. Two versions, HD (Heavy Duty) acc. to EN 13765 Type 3, and SD (Standard Duty) acc. to EN 13765 Type 2 are available in length u/t 40m. EXTRACHEM HOSE EN 13765:2010 EXTRACHEM HD EXTRECHEM HD EXTRECHEM SD EXTRECHEM SD Code PZ PX PZ PX Applications Heavy duty chemical + solvent transfer Stand. duty chemical + solvent transfer Colour Green Temperature -40 / +100 C -30 / +80 C Inner wire PP coated steel PP coated steel PP coated steel PP coated steel Outer wire galv. steel st. steel galv. steel st. steel EXTRAOIL Applications : a wide variety of hydrocarbons, including fuel oils, petrol, diesel, lubricating oils, kerosene, MTBE and 100% aromatics under suction or pressure. Commonly used for loading and unloading of road or rail tankers and storage tank as well as general in-plant handling. Both versions, HD (Heavy Duty) acc. to EN 13765 Type 3, and SD (Standard Duty) acc. to EN 13765 Type 2 are available in length u/t 40m. EXTRAOIL HOSE EN 13765:2010 Code EXTRAOIL HD PZ EXTRAOIL HD PX EXTRAOIL SD PZ EXTRAOIL SD PX Applications Heavy duty oil + fuel transfer Stand. duty oil + fuel transfer Colour Blue Temperature -40 / +100 C -30 / +80 C Inner wire galv. steel galv. steel galv. steel galv. steel Outer wire galv. steel st. steel galv. steel st. steel g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\extraflex.docx 09.05.2016

EXTRALON Applications : Extra flexible general purpose hose for the safe transfer of aggressive chemicals under suction or pressure, where the chemical resistance of polypropylene is insufficient. This type is commonly in use for loading and unloading of road or rail tankers and storage tank as well as general in-plant handling. It is available in 40 m coils and diameters from 1 up to 4 and in two versions, HD (Heavy Duty) acc. to EN 13765 Type 3 with first inner layer in pure PTFE tape, and SD (Standard Duty) acc. to EN 13765 Type 2, with first inner layer in ECTFE Film. EXTRALON PTFE HOSE EN 13765:2010 Code EXTRALON HD XX EXTRALON HD XZ EXTRALON SD XX EXTRALON SD XZ Applications Heavy duty aggressive chem. transfer Stand. duty aggressive chem. transfer Colour Red Temperature -40 / +100 C -30 / +80 C Inner wire st. steel st. steel st. steel st. steel Outer wire st. steel galv. steel st. steel galv. steel All hoses are 100% antistatic - electrically continuous by the two wires bonded to the end fittings - and meet EN, CE, AS, U.S. Coast Guard requirements and NAHAD Guidelines, are Lloyds and DNV approved and ATEX certificate can be released on request. All assemblies are tested at 1½ times rated working pressures and engraved with manufacturer s name, nominal bore, the hose assembly serial number and the test date in compliance with PED directive (97/23/ CE). Full test certification can be supplied on request. General data EXTRAFLEX SERIES Standard duty Max working Bend radius Size Safety Weight Max length pressure EN/ISO 1746 factor mm Inch bar P.S.I. mm inch kg / m m Feet 25 1" 10 150 4:1 80 3 0,75 40 132 32 1 ¼" 10 150 4:1 100 4 0,90 40 132 40 1 ½" 10 150 4:1 100 4 1,04 40 132 50 2" 10 150 4:1 125 5 1,56 40 132 65 2 ½" 10 150 4:1 150 6 1,87 40 132 75/80 3" 10 150 4:1 180 7 2,23 40 132 100 4" 10 150 4:1 250 10 3,62 40 132 Heavy duty Max working Bend radius Size Safety Weight Max length pressure EN/ISO 1746 factor mm Inch bar P.S.I. mm inch kg / m m Feet 25 1" 15 200 4:1 80 3 0,77 40 132 32 1 ¼" 15 200 4:1 100 4 1,05 40 132 40 1 ½" 15 200 4:1 125 5 1,1 40 132 50 2" 15 200 4:1 150 6 1,6 40 132 65 2 ½" 15 200 4:1 180 7 2,1 40 132 75/80 3" 15 200 4:1 200 8 2,5 40 132 100 4" 15 200 4:1 265 10 ½ 3,6 40 132 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\extraflex.docx 09.05.2016

Composite hoses BLH for bottom loading BLH Bottom Loading hose is a strong, robust and low elongation hose, suitable for the most demanding applications such as Loading arms and hose towers in the transfer of : A wide variety of acids and solvents, (BLH CHEM) Aggressive chemicals (BLH PTFE) Hydrocarbon products including fuel oils, gasoline, diesel, lubricating oils, kerosene, MTBE and 100% aromatics (BLH OIL) The major advantage of a BOTTOM LOADING hose versus a traditional loading arm is that it has a minimum number of connections, therefore eliminating much of the potential leak problems and most of all, minimizing the general cost. Assemblies are suitable for use at vacuum u/t 0,9 bar. Extra strength at low elongation is achieved by an ARAMEX reinforcement, polypropylene films and fabrics, high density polyethylene films reinforcement, and polyester film barrier layers. PVC coated polyester fabric cover, fire resistant, abrasion, weather and ozone resistant form the outer skin. On request, special PU based ELASTAR cover is available for superior resistant in the marine environment. BLH PTFE is designed around a pure PTFE or NANOTEC (Patented design) liner on request, which offers superior resistance to aggressive chemicals. All BLH assemblies are tested at 1½ times rated working pressures for safety and reliability, in accordance with EN ISO 1402 (BS 5842:1980 clause 6.4). The securing ferrule at one end of the hose is permanently marked by engraving, with manufacturer s name, nominal bore, the hose assembly serial number and the test date. The marking of hose assemblies is made in compliance with PED directive (97/23/ CE). Full test certification can be supplied on request. Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipating accumulated charge and avoiding static flash. The electric resistance of hose assemblies is less than 1 Ω/m, as required by EN ISO 8031:2009-4.7. Upon request it is possible to manufacture BLH composite hoses in accordance to the Directive 94/9/EC ATEX with a special outer antistatic black cover and ground connection cable for explosive environment. According to BS 3492:1987, BLH hoses meet the requirements for type AX & BX, for all products included in Class 1. This series can be supplied as FIRETEC version to meet the fire retardant performance criteria acc. to EN 13765:2010, Annex G and with ADR characteristics CL1 by utilising a number of fire retardant barriers and an outer cover made of special coated, self-extinguishing fabric. Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipating accumulated charge and avoiding static flash. The electric resistance of hose assemblies is less than 1 Ω/m, g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\blh.docx 15.11.2016

as required by EN ISO 8031:2009-4.7. Upon request it is possible to manufacture these composite hoses in accordance to the Directive 94/9/EC ATEX with a special outer antistatic black cover ground connection cable for explosive environment. All hoses meet EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines and are Lloyd s and DNV approved. Code CHEM BLH OIL BLH PTFE BLH Applications Fuel / chemical transfer Colour Black Temperature -40 / +100 C Code PZ PX XX ZZ ZX XZ XX Inner wire PP coated PP coated st. steel galv. steel galv. steel st. steel st. steel Outer wire galv. steel st. steel st. steel galv. steel st. steel galv. steel st. steel Bend radius Size Max working pressure Safety Weight Max length EN/ISO 1746 factor mm Inch bar P.S.I. mm inch kg / m m Feet 50 2" 15 200 5:1 150 6 ½ 2,50 40 132 65 2 ½" 15 200 5:1 175 7 3,50 40 132 75/80 3" 15 200 5:1 200 8 4,00 40 132 100 4" 15 200 5:1 360 14 5,80 40 132 150 6" 15 200 5:1 500 20 12,50 40 132 200 8" 15 200 5:1 800 32 17,50 40 132 250 10" 15 200 5:1 1000 40 25,00 25 82 300 12" 15 200 5:1 1200 48 35,00 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\blh.docx 15.11.2016

Composite hoses ABRATEC 400 ABRATEC 400 is specifically designed as a universal hose for suction and discharge of a wide variety of abrasive liquids, as e.g. industrial sludge, as well as solids, like powders, cereals, plastic granules, chips! This multi-layer thermoplastic hose is designed around several POLYURETHANE liners, supported by a special abrasion resistant Martensitic high chrome stainless steel inner wire and a weather- and abrasion proof outer cover made of polymeric coated polyester fabric. The outer cover is also available in ELASTAR, a special PU coated fabric with superior UV-, ozone-, sunlight- and weathering-resistance, combined with superior temperature and abrasion characteristics. All the different layers are wrapped together and tensioned between internal and external wire spirals. ABRATEC 400 hoses are used for rail and road tanker loading and unloading, storage tanks, silo and in-plant handling. For that purpose they are extremely flexible, easy to handle and bend. A typical application is the handling of COAL WATER SLURRY FUEL, (CWS or CWSF), a new type of fuel which consist of fine particles of coal suspended in water. The main advantage of this new type of fuel, it can be handled equivalent to liquid fuel or heating oil in place of oil and gas in heating and power plants but reduces harmful emission to the atmosphere. In addition, by converting the coal in to a liquid form, delivery and dispensing of the fuel can be simplified. Usually it consists of 55 to 70% of coal particles and 30 to 45% of water. The particles typically need to be less than 20 micrometres in diameter. This means that the CWS is particularly abrasive and a special composite hose is necessary to guarantee the right performance. ABRATEC 400 is manufactured according to the requirements specified by the European Standards EN 13765:2010 Type 3 (BS 5842:1980) and in accordance with the recommendations of NAHAD Guidelines (NAHAD 600/2005). ABRATEC 400 hoses are 100% antistatic and can be used for suction or discharge. The electric resistance of hose assemblies is less than 1 Ω/m, as required by EN ISO 8031:2009, 4.7. Electrical continuity is achieved by the two wires bonded to the end fittings, conducting accumulated charge and avoiding static flash. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\abratec 400.docx 15.11.2016

In accordance with the EU-Directive 94/9/EC ATEX, ABRATEC 400 hoses are produced with a special outer antistatic black cover and ground connection on request! ABRATEC 400 assemblies are fitted with an extensive range of couplings readily available, externally swaged with Stainless, Galvanized Steel or Aluminium ferrules and are tested at 1 ½ times rated working pressures for safety and reliability, in accordance with EN ISO 1402 (BS 5842:1980 clause 6.4). The securing ferrule, at one end of the hose is permanently marked by engraving, with manufacturer s name, nominal bore, serial number and the test date. Full test certification including Electrical continuity test can be supplied on request. Code ABRATEC 400 XZ ABRATEC 400 XX Applications Abrasive liquids and solids Colour Yellow Temperature -40 +100 C Inner wire AISI 400 AISI 400 Outer wire galv. steel st.steel Bend radius Size Maximum W.P. Safety Weight Max length EN/ISO 1746 Factor mm Inch Bar PSI mm Inch kg / m m Feet 20 ¾ 15 200 5:1 75 3 0,78 40 132 25 1 15 200 5:1 100 4 0,96 40 132 32 1¼ 15 200 5:1 125 5 1,28 40 132 40 1½ 15 200 5:1 140 5 ½ 1,50 40 132 50 2 15 200 5:1 180 7 2,19 40 132 65 2½ 15 200 5:1 220 8 ½ 3,13 40 132 75/80 3 15 200 5:1 180 11 3,80 40 132 100 4 15 200 5:1 400 16 5,29 40 132 150 6 15 200 5:1 575 23 12,21 40 132 200 8 15 200 5:1 800 32 17,14 40 132 250 10 15 200 5:1 1000 40 24,92 25 82 300 12 15 200 5:1 1200 48 33,82 25 82 Burst pressure indicated is at ambient temperature. Maximum temperature rating can only be maintained when working within limits of working pressure. We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\abratec 400.docx 15.11.2016

MULTIPURPOSE OFFSHORE COMPOSITE HOSES We provide a range of high quality, high performance, MULTIPURPOSE suction and discharge hoses, extensively used at offshore moorings throughout the world. Approvals and Quality Assurance All hoses are designed and manufactured under a Quality System in accordance with ISO 9001 and in compliance with Pressure Equipment Directive (PED) 97/23/EC module D1 (hoses carry CE marking as required). Test certificates issued by our internal quality control in accordance with UN.I EN ISO 1402:2009. If required we can arrange a third party inspection carried out by any independent recognised body. All hoses meets the EN, CE, AS, U.S. Coast Guard requirements, NAHAD Guidelines, are Lloyds and DNV approved -an ATEX certificate can be released on request. MULTIPURPOSE MARINE OFFSHORE hoses are type approved acc. to European Standard UNI-EN 13765:2010 for thermoplastic multilayer hoses and hose assemblies for the transfer of hydrocarbons, solvents and chemicals. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

MULTIPURPOSE SINGLE CARCASS SUBMARINE HOSE MP - SCS The Single Carcass Submarine hoses are utilized in high integrity sub-sea installations such as MBM (Multi Buoy Mooring), CALM (Catenary Anchor Leg Mooring), SALM (Single Anchor Leg Mooring) configurations, (Steep 'S', Lazy 'S', Chinese Lantern ). Hose fully complies with the requirements of the "OCIMF Guide to Purchasing, Manufacturing and Testing of Loading and Discharge Hoses for Offshore Moorings, Fourth Edition - 1991". Single Carcass Submarine Hose Specification Nominal Bore (mm): 150 (6"), 200 (8"), 250 (10"), 300 (12") Standard Length: 9,1 m (30'), 10,7 m (35') and 12,2 m (40') > Lengths up to 25 m (82') available on request < Liner Tube - Composite hose construction, resistant to hydrocarbons, with aromatic content up to 100%, solvents and chemicals Hose Construction: Main Carcass - Double wire helix reinforced with multi-layers high tensile textile fabrics and high modulus films. Outer Cover- Fibre reinforced smooth polyester cover, with a thick Red Polyurethane coating (DURA THANE ) resistant to ageing, abrasion, weathering, sunlight, tearing, oil and seawater penetration. Flanges: ANSI B16.5 Class 150 or 300 hot dip galvanised in acc. to BS729 Part 1 (or stainless steel on request) Pressure Rating: 16 bar (225 Psi), higher pressure ratings on request Minimum Burst Pressure: 75 bar Flow Velocity: Maximum 21 m/s Fluid Product: Crude oil and liquid petroleum products, solvents and chemicals Temperature Range: Fluid temperature from -40 C to +100 C Ambient temperature from -30 C to +60 C. Minimum Bend Radius: 4 x hose nominal bore diameter. Electrical Continuity: Electrically continuous or discontinuous - as required. g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

MULTIPURPOSE Single Carcass Floating Hose MP SCF The Single Carcass Floating hoses are utilized in high integrity surface installations such as SBM, CALM (Catenary Anchor Leg Mooring), SALM (Single Anchor Leg Mooring) offloading in addition to FPSO, FSO, Tandem Mooring offloading configurations. This hose fully complies with the requirements of the "OCIMF Guide to Purchasing, Manufacturing and Testing of Loading and Discharge Hoses for Offshore Moorings, Fourth Edition -1991". Single Carcass Floating Hose Specification Nominal Bore (mm): 150 (6"), 200 (8"), 250 (10"), 300 (12") Standard Length: 9,1 m (30'), 10,7 m (35') and 12,2 m (40') > Lengths up to 25 m (82') available on request < Liner Tube - Composite hose construction, resistant to hydrocarbons, with aromatic content up to 100%, solvents and chemicals Main Carcass - Double wire helix reinforced with multi-layers high tensile textile fabrics and high modulus Hose Construction: films Floatation material - closed cell foam Outer Cover- Fibre reinforced smooth polyester cover with a thick Red Polyurethane coating (DURATHANE ) resistant to ageing, abrasion, weathering, sunlight, tearing, oil and seawater penetration. Flanges: ANSI B16.5 Class 150 or 300 hot dip galvanised in acc. to BS729 Part 1 (or stainless steel on request) Pressure Rating: 16 bar (225 Psi), higher pressure ratings on request Minimum Burst Pressure: 75 bar Flow Velocity: Maximum 21 m/s Fluid Product: Crude oil and liquid petroleum products, solvents and chemicals Temperature Range: Fluid temperature from -40 C to +100 C Ambient temperature from -30 C to +60 C Minimum Bend Radius: 6 x hose nominal bore diameter Electrical Continuity: Electrically continuous or discontinuous - as required g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

MULTIPURPOSE DOUBLE CARCASS SUBMARINE HOSE MP - DCS The Double Carcass Submarine hoses are utilized in high integrity sub-sea installations such as MBM (Multi Buoy Mooring), CALM (Catenary Anchor Leg Mooring), SALM (Single Anchor Leg Mooring) configurations, (Steep 'S', Lazy 'S', Chinese Lantern ). Hose fully complies with the requirements of the "OCIMF Guide to Purchasing, Manufacturing and Testing of Loading and Discharge Hoses for Offshore Moorings, Fourth Edition - 1991". Single Carcass Submarine Hose Specification Nominal Bore (mm): 150 (6"), 200 (8"), 250 (10"), 300 (12") Standard Length: 9,1 m (30'), 10,7 m (35') and 12,2 m (40') > Lengths up to 25 m (82') available on request < Liner Tube - Composite hose construction, resistant to hydrocarbons, with aromatic content up to 100%, solvents and chemicals Primary Carcass - Double wire helix reinforced with multi-layers of high tensile textile fabrics and high modulus Hose Construction: films Secondary Carcass - multi-layers of high tensile textile fabrics and films Outer Cover- Fibre reinforced smooth polyester cover with a thick Red Polyurethane coating (DURA THANE ) resistant to ageing, abrasion, weathering, sunlight, tearing, oil and seawater penetration. Flanges: ANSI B16.5 Class 150 or 300 hot dip galvanised in acc. to BS729 Part 1 (or stainless steel on request) Pressure Rating: 16 bar (225 Psi), higher pressure ratings on request Min. Burst Pressure: Primary Carcass - 75 bar Secondary Carcass - 30 bar Flow Velocity: Maximum 21 m/s Fluid Product: Crude oil and liquid petroleum products, solvents and chemicals Temperature Range: Fluid temperature from -40 C to +100 C Ambient temperature from -30 C to +60 C. Minimum Bend Radius: 4 x hose nominal bore diameter. Electrical Continuity: Electrically continuous or discontinuous - as required. Leak Detection: Pressure compensated leak detection system g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

MULTIPURPOSE Double Carcass Floating Hose MP DCF Double Carcass Floating hoses are utilized in high integrity surface installations such as SBM, CALM (Catenary Anchor Leg Mooring), SALM (Single Anchor Leg Mooring) offloading in addition to FPSO, FSO, Tandem Mooring offloading configurations. In addition to the standard hose carcass (commonly called 'primary' carcass), Double Carcass Floating hoses incorporate a second carcass designed to contain any product escaping from the standard carcass as a result of a slow leak or sudden failure. An effective, robust and reliable leak detection and indication system is provided. Double Carcass Submarine hoses fully comply with the requirements of the "OCIMF Guide to Purchasing, Manufacturing and Testing of Loading and Discharge Hoses for Offshore Moorings, Fourth Edition -1991". Double Carcass Floating Hose Specification Nominal Bore (mm): 150 (6"), 200 (8"), 250 (10"), 300 (12") Standard Length: 9,1 m (30'), 10,7 m (35') and 12,2 m (40') > Lengths up to 25 m (82') available on request < Liner Tube - Composite hose construction, resistant to hydrocarbons, with aromatic content up to 100%, solvents and chemicals Primary Carcass - Double wire helix reinforced with multi-layers of high tensile textile fabrics and high modulus Hose Construction: films Secondary Carcass - multi-layers of high tensile textile fabrics and films Floatation material - closed cell foam Outer Cover- Fibre reinforced smooth polyester cover, with a thick Red Polyurethane coating (DURATHANE ) resistant to ageing, abrasion, weathering, sunlight, tearing, oil and seawater penetration. Flanges: ANSI B16.5 Class 150 or 300 hot dip galvanised in acc. to BS729 Part 1 (or stainless steel on request) Pressure Rating: 16 bar (225 Psi), higher pressure ratings on request Minimum Burst Pressure: Primary Carcass - 75 bar Secondary Carcass - 30 bar Flow Velocity: Maximum 21 m/s Fluid Product: Crude oil and liquid petroleum products, solvents and chemicals Temperature Range: Fluid temperature from -40 C to +100 C Ambient temperature from -30 C to +60 C Min. Bend Radius: 6 x hose nominal bore diameter Electrical Continuity: Electrically continuous or discontinuous - as required Leak Detection: Pressure compensated leak detection system g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

CRYOTEC SUBMARINE LIQUIFIED GAS HOSE CR-SCS This is the first COMPOSITE high quality, high performance liquefied Gas suction and discharge hose, extensively used at offshore moorings throughout the world. CRYOTEC hoses are designed for use with cryogenic products at temperatures down to -200 C and pressures up to 25 bar. They are manufactured according to EN 13766:2010 in two types: Type 1 for LPG and Type 2 for LNG. Each type is subdivided in two classes, one for onshore use (Class A) and one for offshore use (Class B). CRYOGETEC Nanogel - Patented design FLEXIBLE INTEGRAL INSULATION VAPOR BARRIER FOR SUB-AMBIENT AND CRYOGENIC APPLICATIONS Nanogel is flexible aerogel blanket insulation with an integral vapour barrier. It is engineered to deliver maximum thermal protection with minimal weight and thickness and zero water vapour permeability. Nanogel 's unique properties, extremely low thermal conductivity, superior flexibility, compression resistance, hydrophobicity and ease of use, make it essential for those seeking the ultimate in thermal protection for cryogenic applications. Using patented nanotechnology, Nanogel insulation combines a silica aerogel with reinforcing fibres to deliver industry-leading thermal performance in an easy-tohandle and environmentally safe product. Nanogel 's extremely low thermal conductivity reduces heat gain and its inherent flexibility makes the product durable and resistant to mechanical abuse. Additional protection (ARAMEX braid and DURATHANE orange PU cover) on the outer diameter is available to minimize the abrasion damages and for further protection and insulation. CRYOGETEC Hoses with patented Nanogel insulation can achieve an outer temperature of 23 C on hoses carrying LNG at -175 C inside. CR-SCS hose fully comply with the requirements of the ''OCIMF Guide to Purchasing, Manufacturing and Testing of Loading and Discharge Hoses for Offshore Moorings, Fourth Edition - 1991''. CR-SCS Submarine Liquefied Gas Hose Specification Nominal Bore (mm): 150 (6"), 200 (8"), 250 (10"), 300 (12") Standard Length: 9,1 m (30'), 10,7 m (35') and 12,2 m (40') > Lengths up to 25 m (82') available on request < Liner Tube - Composite hose construction. resistant to cryogenic products at temperatures down to -200 C and pressures up to 25 bar Hose Construction: Main Carcass - Double wire helix reinforced with multi-layers of high tensile textile fabrics and high modulus films Outer Cover- Fibre reinforced smooth polyester cover with a thick Red Polyurethane coating (DURATHANE ) resistant to ageing, abrasion, weathering, sunlight, tearing, oil and seawater penetration. Flanges: ANSI B16.5 Class 150 or 300 hot dip galvanised in acc. to BS729 Part 1 (or stainless steel on request) Pressure Rating: 25 bar Min. Burst Pressure: 100 bar Flow Velocity: Maximum 21 m/s Fluid Product: LPG and LNG Temperature Range: Fluid temperature from -200 C to +80 C Ambient temperature from -30 C to +60 C Min. Bend Radius: 4 x hose nominal bore diameter Electrical Continuity: Electrically continuous or discontinuous - as required g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

CRYOTEC FLOATING LIQUIFIED GAS HOSE CR-SCF We provide the first floating COMPOSITE high quality, high performance liquefied Gas suction and discharge hose for use at offshore moorings. CRYOTEC hoses are designed for use with cryogenic products at temperatures down to -200 C and pressures up to 25 bar. They are manufactured according to EN 13766:2010 in two types: Type 1 for LPG and Type 2 for LNG. Each type is subdivided in two classes, one for onshore use (Class A) and one for offshore use (Class B). CRYOGETEC Nanogel - Patented design FLEXIBLE INTEGRAL INSULATION VAPOR BARRIER FOR SUB-AMBIENT AND CRYOGENIC APPLICATIONS Nanogel is flexible aerogel blanket insulation with an integral vapour barrier. It is engineered to deliver maximum thermal protection with minimal weight and thickness and zero water vapour permeability. Nanogel 's unique properties, extremely low thermal conductivity, superior flexibility, compression resistance, hydrophobicity and ease of use make it essential for those seeking the ultimate in thermal protection for cryogenic applications. Using patented nanotechnology, Nanogel insulation combines a silica aerogel with reinforcing fibres to deliver industry-leading thermal performance in an easy-tohandle and environmentally safe product. Nanogel 's extremely low thermal conductivity reduces heat gain and its inherent flexibility makes the product durable and resistant to mechanical abuse. Additional protection (ARAMEX braid and DURATHANE orange PU cover) on the outer diameter is available to minimize the abrasion damages and for further protection and insulation. CRYOGETEC Hoses with patented Nanogel insulation can achieve an outer temperature of 23 C on hoses carrying LNG at -175 C inside. CR-SCS hose fully comply with the requirements of the ''OCIMF Guide to Purchasing, Manufacturing and Testing of Loading and Discharge Hoses for Offshore Moorings, Fourth Edition - 1991''. CR-SCF Floating Liquefied Gas Hose Specification Nominal Bore (mm): 150 (6"), 200 (8"), 250 (10"), 300 (12") Standard Length: 9,1 m (30'), 10,7 m (35') and 12,2 m (40') > Lengths up to 25 m (82') available on request < Liner Tube - Composite hose construction resistant to cryogenic products at temperatures down to -200 C and pressures up to 25 bar Hose Construction: Main Carcass - Double wire helix reinforced with multi-layers of high tensile textile fabrics and high modulus films Floatation Material - closed cell foam Outer Cover - Fibre reinforced smooth polyester cover with a thick Red Polyurethane coating (DURATHANE ) resistant to ageing, abrasion, weathering, sunlight, tearing, oil and seawater penetration. Flanges: ANSI B16.5 Class 150 or 300 hot dip galvanised in acc. to BS729 Part 1 (or stainless steel on request) Pressure Rating: 25 bar Min. Burst Pressure: 100 bar Flow Velocity: Maximum 21 m/s Fluid Product: LPG and LNG Temperature Range: Fluid temperature from -200 C to +80 C Ambient temperature from -30 C to +60 C Min. Bend Radius: 6 x hose nominal bore diameter Electrical Continuity: Electrically continuous or discontinuous - as required g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\mp offshore.docx 15.11.16 Tedimex GmbH Talweg 11 D-21218 Seevetal

Accessories for Composite hoses Anti-Abrasion Collar and Hose Suspension Saddle A new, revolutionary product that: protects hoses against abrasion provides improved hose handling improves safety Abrasion Prevention: The innovative design of the Scuffrings prevents damage by abrasion; hose contact with the ground or foreign objects is minimized. Improved Hose Handling: The Scuffrings can be used to lift or move the hose thereby greatly reducing the risk of hose damage due to excess bending, kinking or cutting. Improved Safety: It is reliably ensured that the minimum bend radius is not undershot. Additionally, by using Scuffrings will prevent the hose from kinking or otherwise becoming compromised and so helps extending and prolonging the life of the hose. Employment of Scuffrings as hoist support avoids inappropriate lifting, which can be very dangerous and easily causes leakages. Patented Design & Installation: Scuffrings are produced in two different types of materials: Rigid polyurethane foam, yellow colour Polyurethane elastomer in red colour The anti-abrasion Scuffrings, manufactured as two halves, are made of abrasion and shock resistant polyurethane. The two halves can be easily assembled on-site using the stainless steel bolts and nuts provided with the assembly kit. Simply place Scuffrings at the desired interval on the hose and then tighten the bolts. Applications: Dock hose, suction hose, vapour recovery hose or any size hose from 3 through 12 I.D. Scuffrings supplied with yellow CE labelled slings. Slings are tested to 3.000 kg at a safety factor of 7:1. Prolong hose life & increase safety! Size Range Outside Ø Width Weight (kg) Sling Inch mm mm Red PUelastomer PU-foam Yellow exp. Material Length (mm) Rated capacity (kg) 3 75-92 200 2 1,2 Yellow Polyester 2000 1500 @7:1 safety factor 4 95-118 200 2,5 1,5 Yellow Polyester 2000 1500 @7:1 safety factor 6 155-180 200 4 2,4 Yellow Polyester 2000 2400 @7:1 safety factor 8 190-225 230 7 4,2 Yellow Polyester 2000 2400 @7:1 safety factor 10 245-280 300 9 5,5 Yellow Polyester 2000 3000 @7:1 safety factor 12 295-335 400 14,5 8,7 Yellow Polyester 2000 3000 @7:1 safety factor g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\accessories.docx 01.09.2016

INSULFLANGE The purpose of the INSULFLANGE is to electrically separate two flanges. INSULFLANGE is a new revolutionary system, used to prevent the flow of electrostatic charge to reduce sparking in hazardous environments. The INSULFLANGE system is also used to control losses due to corrosion. It can be used to control stray electric currents in piping at oil, gas, water, refinery and chemical plants and increase the effectiveness of cathodic protection systems and confine or eliminate electrolytic corrosion. INSULFLANGE is often used in petrochemical applications to electrically isolate two mating flanges and to reduce the likelihood of creating a galvanic cell which would result in corrosion of the flanges and pipework. INSULFLANGE is designed for the rigors of oilfield applications. INSULFLANGE is designed in three different materials according to the applications. INSULFLANGE is made of high pressure resistant material for added reliability. INSULFLANGE for guaranteed reliability, even if mishandled. No phenolic or asbestos materials used. Simple and easy to use, just to insert between the existing flanges and use standard bolts to get a perfect insulation. No additional kits, washers or sleeves required, no complicated kits to assemble! Available for any flange type and/or specification (i.e. ANSI, API, DIN, etc.) Mechanical & Electrical Properties UOM Test according to : PE 1000 PA 6G PTFE Specific gravity g/cm3 ISO 1183 - DIN 53479 - ASTM D 792 0,93 1,15 2,2 Tensile strength, at break N / mm2 ISO 527 40 85 25 Hardness (tester) ISO 868/2039.2- DIN 53505 - ASTM D-2240 D61 {Share D) M88 (Rockwell HR) D55 {Share D) Working Temperature C -150 + 80-30 +100-200 + 260 Dielectric Constant (1 MHz) IEC 250 - DIN 53483 - ASTM D 150 3 3,7 2,1 Dielectric Strength kv / mm IEC 243-1- ASTM D 149 45 30 55 Electrical resistivity Ohm/cm IEC 93 - DIN 53482 - VDE 0303/3 - ASTM D 257 10 14 10 12 10 17 IEC 250 - DIN 53483 - ASTM D 150 0,001 0,05 0,0002 We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\accessories.docx 01.09.2016

Over Bending Protection These thermos-shrink sleeves on the hose end avoid bending below the permissible bending radius, which could cause damage to the sealing inside the swage sleeve. Electrical trace heating Designed to keep hoses from freezing or to maintain transported product at temperatures where they are remain liquid, our traced hoses use electrical heating. This exclusive system is based on a self-regulating tracing cable, operating with standard voltage electricity (230 V AC). The system is CE marked and manufactured in compliance with ISO 9001 regulations. A double external insulation layer is then provided, according to the required temperature. External additional braid for protection is normally supplied. It is possible to supply on request, an additional thermocouple with a regulator, to have a fine temperature control and regulation. 1. ELECTRIC RESISTANCE 2. COMPOSITE HOSE 3. 1 ST INSULATION COVER 4. 2 ND INSULATION COVER 5. EXTERNAL PROTECTION We reserve the right to change specification without prior notice! g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\accessories.docx 01.09.2016

Resistance Guide for Composite Hoses WARNING! The following data is based on tests and believed to be reliable; however, the tabulation should be used as a guide ONLY, since it does not take into consideration all variables, such as elevated temperatures, fluid contamination, concentration, etc., that may be encountered in actual use. All critical applications should be tested. TEDIMEX GmbH assumes no responsibility for the topicality, correctness, completeness or quality of information provided. Liability claims against TEDIMEX GmbH which refer to material or immaterial nature caused by the use or disuse of the information or the use of incorrect or incomplete information are excluded! Tedimex GmbH Talweg 11 D-21218 Seevetal

Tedimex GmbH Talweg 11 D-21218 Seevetal

Tedimex GmbH Talweg 11 D-21218 Seevetal

g:\katalog aktuell\schiffsausrüstung\marine schläuche\composite hoses\beständigkeitsliste seite 4.docx Tedimex GmbH Talweg 11 D-21218 Seevetal