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2 E x p o r t i n g P r o d u c t s C a t a l o g u e 1. Bitumen Penetration Grade (40/50 50/70 60/70 80/100 85/100) 2. Bitumen Viscosity Grade (VG10 VG20 VG30 VG40) 3. Bitumen Medium Curing Grade (MC30 MC70 MC250 MC3000) 4. Paraffin Wax 5. Residue Wax 6. Slack Wax 7. Petroleum Jelly 8. RPO 9. Base Oil

3 Bitumen Penetration Grade 40/50 : Bitumen Grade 40/50 CHARACTERISTICS TEST METHOD UNIT MIN. MAX. Specific Gravity at 25 C ASTM D70 C Penetration at 25 C, 100g, 5s ASTM D5 mm Softening Point ASTM D36 C Ductility at 25 C ASTM D113 Cm 100 Loss on heating ASTM D6 % 0.5 Drop in penetration after heating ASTM D5 % 20 Flash point ASTM D92 C 250 Solubility in Trichloroethylene ASTM D2042 % 99.5

4 Bitumen Penetration Grade 50/70: Bitumen Grade 50/70 CHARACTERISTICS TEST METHOD UNIT MIN. MAX. Penetration at 25 C, 100g, 5s EN 1426 mm Softening Point (Ring&Ball) EN 1427 C Kinematic Viscosity@135 C EN mm/s 295 Penetration Index EN Flash point (Cleveland Open) EN ISO 2595 C 230 Solubility in Toluene or Xylene EN % 99

5 Bitumen Penetration Grade 60/70: Bitumen Grade 60/70 CHARACTERISTICS TEST METHOD UNIT MIN. MAX. Specific Gravity at 25 C ASTM D70 C Penetration at 25 C, 100g, 5s ASTM D5 mm Softening Point ASTM D36 C Ductility at 25 C ASTM D113 Cm 100 Loss on heating ASTM D6 % 0.2 Drop in penetration after heating ASTM D5 % 20 Flash point ASTM D92 C 250 Solubility in Trichloroethylene ASTM D2042 % 99

6 Bitumen Penetration Grade 80/100: Bitumen Grade 80/100 CHARACTERISTICS TEST METHOD UNIT MIN. MAX. Specific Gravity at 25 C ASTM D70 C Penetration at 25 C, 100g, 5s ASTM D5 mm Softening Point ASTM D36 C Ductility at 25 C ASTM D113 Cm 100 Loss on heating ASTM D6 % 0.5 Flash point ASTM D92 C 225 Solubility in Trichloroethylene ASTM D2042 % 99

7 Bitumen Penetration Grade 85/100: Bitumen Grade 85/100 CHARACTERISTICS TEST METHOD UNIT MIN. MAX. Specific Gravity at 25 C ASTM D70 C Penetration at 25 C, 100g, 5s ASTM D5 mm Softening Point ASTM D36 C Ductility at 25 C ASTM D113 Cm 100 Loss on heating ASTM D6 % 0.5 Flash point ASTM D92 C 225 Solubility in Trichloroethylene ASTM D2042 % 99 Drop in penetration after heating ASTM D5 % 20

8 Bitumen Viscosity Grades (VG): VISCOSITY GRADE (VG) BITUMEN SPECIFICATION AS PER IS 73:2006 CHARACTERISTICS VG10 VG20 VG30 VG40 Absolute Viscosity 60C, Poises, min Kinematic Viscosity, 135oC, CST, min Flash point, C, min Solubility in trichloroethylene, %, min Penetration at 25 C Softening point, C, min Tests on residue from thin film over test / RTFOT: i. Viscosity ratio at 60oC, max ii. Ductility at 25oC, cm, min, after thin film over test

9 Bitumen Medium Curing (MC30): Property Min Max Test Method Kinematic viscosity at 60 ºc mm2/s ASTM D2170 Flash point (tag opencup), ºc 38 ASTM D3143 Distillate test: Distillate, volume, percent of total distillate to 360 ºc To 225 ºc 25 ASTM D402 To 260 ºc ASTM D402 To 316 ºc ASTM D402 Residue from distillation to 360 ºc, Percent volume by difference 50 ASTM D402 Test on residue from distillation : Viscosity at 60 ºc ASTM D2170 Penetration at 25 ºc ASTM D5 Ductility at 25 ºc 100 ASTM D113 Solubility in trichloroethylene, % 99 ASTM D2042

10 Bitumen Medium Curing (MC70): Property Min Max Test Method Kinematic viscosity at 60 ºc mm2/s ASTM D2170 Flash point (tag opencup), ºc 38 ASTM D3143 Distillate test: Distillate, volume, percent of total distillate to 360 ºc To 225 ºc 20 ASTM D402 To 260 ºc ASTM D402 To 316 ºc ASTM D402 Residue from distillation to 360 ºc, Percent volume by difference 55 ASTM D402 Test on residue from distillation : Viscosity at 60 ºc ASTM D2170 Penetration at 25 ºc ASTM D5 Ductility at 25 ºc 100 ASTM D113 Solubility in trichloroethylene, % 99 ASTM D2042

11 Bitumen Medium Curing (MC250): Property Min Max Test Method Kinematic viscosity at 60 ºc mm2/s ASTM D2170 Flash point (tag opencup), ºc 66 ASTM D3143 Distillate test: Distillate, volume, percent of total distillate to 360 ºc To 225 ºc 10 ASTM D402 To 260 ºc ASTM D402 To 316 ºc ASTM D402 Residue from distillation to 360 ºc, Percent volume by difference 67 ASTM D402 Test on residue from distillation : Viscosity at 60 ºc ASTM D2170 Penetration at 25 ºc ASTM D5 Ductility at 25 ºc 100 ASTM D113 Solubility in trichloroethylene, % 99 ASTM D2042

12 Bitumen Medium Curing (MC3000): Property Min Max Test Method Kinematic viscosity at 60 ºc mm2/s ASTM D2170 Flash point (tag opencup), ºc 66 ASTM D3143 Distillate test: Distillate, volume, percent of total distillate to 360 ºc To 225 ºc 10 ASTM D402 To 260 ºc 15 ASTM D402 To 316 ºc ASTM D402 Residue from distillation to 360 ºc, Percent volume by difference 80 ASTM D402 Test on residue from distillation : Viscosity at 60 ºc ASTM D2170 Penetration at 25 ºc ASTM D5 Ductility at 25 ºc 100 ASTM D113 Solubility in trichloroethylene, % 99 ASTM D2042

13 Paraffin Wax: Paraffin wax is a white or colorless soft solid derivable from petroleum, which can be processed and achieved in a wide range of physical and chemical properties, using different refining methods. Paraffin waxes are mostly graded according to the oil content, ranging from around 0.5% to above 20%. The change in oil content can lead to different physical and chemical behaviors of paraffin wax. Paraffin wax is mostly found in two types of Fullyrefined and Semirefined, with a typical melting point between about 46 and 68 C J g 1. Wax expands (115 and 154 F), and a density considerably when it melts and of around 900 kg/m3. It is this allows its use in wax insoluble in water, but soluble thermostatic in ether, benzene, and element thermostats for certain esters. Paraffin is industrial, domestic and, unaffected by most common particularly, automobile chemical reagents but burns re purposes. adily. Its heat of combustion is 42 kj/g. Paraffin wax is an excellent electrical insulator, with a resistivity of between 1013 and 1017 ohm meter. Paraffin wax is also an excellent material for storing heat, with a specific heat capacity of J g 1 K 1 (joules per gram kelvin) and a heat of fusion of

14 Paraffin Wax: Paraffin Wax is the primary and the main product. Ranging in different grades, Global Infinity is specialized in Semi Refined Paraffin Wax, which is applicable in industrial circumstances, and offers the product in different qualities: Types of Paraffin Wax Packing: PP Bags Containing: 6 slabs Wt.: 30±1 kg Net Wt.:29.5±1 kg Tare Wt.: 1 kg Packing Details: Protected by 3 straps Shrink wrapped (upon customer s request) 5layered Dimension:52.5 x 24.5 x 32.5 cm Metalized Bag Containing: 6 slabs Wt.: 25±1 kg Net Wt.:25±1 kg Tare Wt.: 1 kg Packing Details: Aluminum Tight and hard swing at the edges Dimension: 80 x 60 cm Carton Containing: 6 slabs Wt.: 30±1 kg Net Wt.:29.5±1 kg Tare Wt.: 1 kg Packing Details: Polypropylene bags Tight and hard swing at the edges Dimension: 84 x 55 cm

15 Types of Paraffin Wax Grades: Semirefined Paraffin Wax (12%) CHARACTERISTIC RESULT METHOD Oil content 12 % wt ASTM D721 Melting Point 6468 C ASTM D87 Flash Point C ASTM D92 Kinemeatic Viscosity at 100 C 67.5 CST ASTM D445 Color (Lovibond) White Method (2"cell) Packing: Cartons / Metalized bags Application: Candles, Match sticks, Tires, cosmetics, wooden boards, Tarpaulin, etc.

16 Types of Paraffin Wax Grades: Semirefined Paraffin Wax (24%) CHARACTERISTIC RESULT METHOD Oil content 24 % wt ASTM D721 Melting Point 6266 C ASTM D87 Flash Point C ASTM D92 Kinemeatic Viscosity at 100 C 67.5 CST ASTM D445 Color (Lovibond) White Method (2"cell) Packing: Cartons / Metalized bags Application: Candles, Match sticks, Tires, cosmetics, wooden boards, Tarpaulin, etc.

17 Types of Paraffin Wax Grades: Semirefined Paraffin Wax (57%) CHARACTERISTIC RESULT METHOD Oil content 46 % wt ASTM D721 Melting Point 6265 C ASTM D87 Flash Point C ASTM D92 Kinemeatic Viscosity at 100 C 67.5 CST ASTM D445 Color (Lovibond) Yellowish White Method (2"cell) Packing: Cartons / Metalized bags Application: Candles, Match sticks, Tires, cosmetics, wooden boards, Tarpaulin, etc.

18 Types of Paraffin Wax Grades: Semirefined Paraffin Wax (57%) CHARACTERISTIC RESULT METHOD Oil content 46 % wt ASTM D721 Melting Point 6265 C ASTM D87 Flash Point C ASTM D92 Kinemeatic Viscosity at 100 C 67.5 CST ASTM D445 Color (Lovibond) Yellowish White Method (2"cell) Packing: Cartons / Metalized bags Application: Candles, Match sticks, Tires, cosmetics, wooden boards, Tarpaulin, etc.

19 Residue Wax: Residue wax (also known as made this material a suitable Foots Oil) is the oil extracted substitute in industrial form Slack wax in the process applications. of producing Paraffin wax. Residue wax contains high percentage of oil and, based on the oil content, can be found as liquid or semisolid in the room temperature. Oily nature of residue wax makes this product applicable as a lubricant in industrial environments. Resides Wax (aka Foots Oil) is a byproduct derived from Slack Wax. Greasy nature of Reside Wax along with relatively cheap price, have Iron Drums Containing: Residue Wax Wt.: 195 kg Net Wt.:177 kg Tare Wt.: 18 kg Packing Details: Iron Drums

20 Residue Wax Grade: CHARACTERISTIC RESULT METHOD Oil content 3040 % wt ASTM D721 Melting Point 4050 C ASTM D127 Flash Point C ASTM D92 Kinemeatic Viscosity at 100 C 67.5 CST ASTM D445 Penetration at 25 C (1/10 mm) ASTM D937 Color (Lovibond) Yellowish White Method (2"cell) Packing: Iron Drums Application: Tire, Rubber, Plastic, Match sticks, Polish, etc.

21 Slack Wax: Slack wax is the feedstock for Paraffin Wax, which is a mixture of oil and wax. It is a byproduct derived in the process of producing Lube cut. During paraffin wax production, Slack wax is feeded into the system as raw material which is finally processed into different grades of Paraffin Wax after performing the refining processes, deoiling and bleaching. The oil extracted during the deoiling process, is a byproduct called Residue Wax (aka Foots Oil). Slack wax is naturally brown in color, ranging from 4% oil content to more than 35% Generally, there are two types of Slack wax: Light Slack Wax and Heavy Slack Wax, which can result in different types of paraffin wax applicable in various industries. Usually Light Slack wax is processed for production of fullyrefined paraffin wax which can be used in cosmetics and food industries. Yet, Heavy Slack Wax is usually processed into semirefined paraffin wax that contains higher weight percentage of oil in it and is applicable in candles, rubbers, adhesive and hot melts, inks, industries. Slack wax is feedstock for Paraffin Wax and Residue Wax. Although Slack Wax is more of a rax material than a product to the company, yet Global Infinity Co. can provide different types of slack wax for their customers upon their request. Iron Drums Containing: Residue Wax Wt.: 195 kg Net Wt.:177 kg Tare Wt.: 18 kg Packing Details: Iron Drums

22 Slack Wax Grades: Heavy Slack Wax (12%) CHARACTERISTIC RESULT METHOD Oil content 12 % wt ASTM D721 Melting Point 5462 C ASTM D938 Flash Point min. 245 C ASTM D92 Density at 15 C kg/l ASTM D4052 Color (Lovibond) Brown Method (2"cell) Packing: Drum / Metalized Bag Application: Paraffin manufacturing, fuel industries, etc.

23 Slack Wax Grades: Heavy Slack Wax (35%) CHARACTERISTIC RESULT METHOD Oil content Max 35 % wt ASTM: D721 Drop Melting Point 65 C ASTM: D127 Congealing Point 61 C ASTM: D937 Flash Point 265 C ASTM: D92 Kinemeatic C 8 CST ASTM: D445 Packing: Drum / Metalized Bag Application: Paraffin manufacturing, fuel industries, etc.

24 Petroleum Jelly: Petroleum Jelly, white petrolatum, recognized by the U.S. Food and soft paraffin/paraffin wax or multihydrocarbon, CAS number 8009 approved overthecounter (OTC) Drug Administration (FDA) as an 038, is a semisolid mixture of skin protectant, and remains hydrocarbons (with carbon widely used in cosmetic skin care. numbers mainly higher than 25), originally promoted as a topical ointment for its healing properties. After petroleum jelly became a medicine chest staple, consumers began to use it for myriad of ailments as well as cosmetic purposes, including toenail fungus, genital rashes (nonstd), nosebleeds, diaper rash, and chest colds. Its folkloric medicinal value as a "cureall" has since been limited by better scientific understanding of appropriate and inappropriate uses. It is

25 White Petroleum Jelly: Test/ Method I.P.1996 Specifications B.P.2002 Specifications U.S.P.25 Specifications Results Melting Range (Drop Point) 3856 C 4260 C 3860 C 4452 C Specific Gravity at 60 C Consistency at 25 C dmm Description White, Translucent, Soft, Unctuous Mass Solubility Soluble in chloroform, ether & light petroleum Insoluble in water & ethanol

26 Rubber Process Oil (RPO): Rubbers, both synthetic and natural are commercially used to produce products from rubber bands to a toy to the giant tires for various vehicles including aircrafts. Rubber Process Oils are used during mixing of rubber compounds. These help in improving the dispersion of fillers and flow characteristics of the compound during further processing. Rubber Process Oils are specially developed taking into consideration the type of rubber and the end product applications. The range of Rubber Process Oils is broadly divided in following three categories. Aromatic types: The primary characteristics of aromatic hydrocarbons are the presence of the double bonded mix ring carbon structure. Naphthenic types: Naphthenic are a class of hydrocarbons also referred to as cycloparaffins. Though their structure is similar to the aromatic ring, these are single bonded thus having a stable structure. Paraffinic types: This class of hydrocarbons constitutes branched chain or straight linked hydrocarbon molecules of various viscosities. As the chain length increases, the viscosity increases and the rubber process oil becomes more viscous.

27 Aromatic RPO: Characteristics Test Methods PRO 701 PRO 702 PRO 801 PRO 150 Appearance Visual Color ASTM D 1500 Greenish Greenish Greenish Greenish Kinematic Viscosity at 40 C in cst ASTM D Kinematic Viscosity at 100 C in cst ASTM D Flash point (COC) C, minimum ASTM D Aniline Point C ASTM D Pour Point C, maximum ASTM D Carbon Type Analysis ASTM D 2140 CA % CN % CP % Acidity mgms KOH/ gm Oil, maximum ASTM D Volatile matter, % at 150 C for 1 Hour ASTM D 972 ( IS:1448 P 64) Compatibility NR,SBR & PBR NR, SBR & PBR NR,SBR & PBR NR,SBR & PBR Applications Tyres, Retread Rubber, Moulded & Extruded Products Moulded, Calendered & Extruded Products, Flooring & Rubber Sheets

28 Naphthenic RPO: Characteristics Test Methods PRO 501 PRO 507 L PRO 507 D Appearance Visual Bright & Clear Bright & Clear Bright & Clear Color ASTM D max Kinematic Viscosity at 40 C in cst ASTM D Kinematic Viscosity at 100 C in cst ASTM D 445 Flash point (COC) C, minimum ASTM D Aniline Point C ASTM D Pour Point C, maximum ASTM D Carbon Type Analysis ASTM D 2140 CA % CN % CP % Acidity mgms KOH/ gm Oil, maximum ASTM D Volatile matter, % at 150 C for 1 Hour ASTM D 972 ( IS:1448 P 64) Compatibility NR,SBR, EPDM & IIR NR,SBR,EPDM & IIR NR,SBR,EPDM & IIR Applications Extruded & Moulded Articles, Micro, Hawaii Sheets, LPG Tubes, Shoe Soles, Automotive Tubes Hawaii Slippers, Micro Cellular Sheets, Butyl Tube, Garden Hose, Firefighting Hose, LPG Tubes, Floor Tiles Micro & Hawaii Sheet, Automotive Tubes

29 Paraffinic RPO: Characteristics Test Methods PRO 2300 PRO 2300 N PRO 1423 W PRO 310 Appearance Visual Bright & Clear Bright & Clear Bright & Clear Bright & Clear Bright & Clear Color ASTM D max Kinematic Viscosity at 40 C in cst ASTM D Flash point (COC) C, minimum ASTM D Aniline Point C ASTM D Pour Point C, maximum ASTM D Carbon Type Analysis ASTM D 2140 CA % CN % CP % Acidity mgms KOH/ gm Oil, maximum ASTM D Volatile matter, % at 150 C for 1 Hour ASTM D 972 ( IS:1448 P 64) Compatibility EPDM & IIR EPDM & IIR EPDM & IIR RECLAIM RUBBER EPDM & IIR EPDM & IIR Applications Oil extended EPDM Rubber & Profile, Heat Resistant Conveyor Belts, Microwave/LCM Cured EPDM Profiles & Based Products, Butyl Tubes, Butyl Tubes, EPDM Profile, Conveyor Belts, Hoses & Other Moulded Butyl Tubes, Steam Cured, EPDM Profile

30 Base Oil : Base oils are used to manufacture products greater than 0.03 percent sulfur and have a including lubricating greases, motor oil and viscosity index greater than or equal to 80 metal processing fluids. Different products and less than 120". require different compositions and Group II properties in the oil. One of the most Better grade of petroleum base oil, which important factors is the liquid s viscosity at may be partially produced by Hyrocracking. various temperatures. Whether or not a API defines group II as "base stocks crude oil is suitable to be made into a base contain greater than or equal to 90 percent oil is determined by the concentration of saturates and less than or equal to 0.03 base oil molecules as well as how easily percent sulfur and have a viscosity index these can be extracted. greater than or equal to 80 and less than Base oil is produced by means of refining 120". crude oil. This means that the crude oil is Group III heated in order that various distillates can The best grade of petroleum base oil, since be separated from one another. During the they are fully produced by Hyrocracking, heating process, light and heavy which make these oils purer. hydrocarbons are separated the light API defines group III as "base stocks ones can be refined to make petrol and contain greater than or equal to 90 percent other fuels, while the heavier ones are saturates and less than or equal to 0.03 suitable for bitumen and base oils percent sulfur and have a viscosity index Group I greater than or equal to 120". The least refined type which produced by This group may be described as Synthetic Solvent Refining. It usually consists of Technology oils or HydroCracked Synthetic conventional petroleum base oils. oil. However, some oil companies may call API defines group I as "base stocks contain less than 90 percent saturates and/or their products under this group as synthetic oil. Group IV Consists of synthetic oils made of Polyalphaolfiens PAO. Polyalphaolfiens PAO oils are much more stable in extreme temperatures, which make much more suitable for use in very cold weather (as found in northern Europe) as well as very hot weather (as in Middle East). Group V Any type of base oil other than mentioned in the previously defined groups. They include, among others, naphthenic oils and esters

31 Base Oil SN90: Base Oil SN90 Specifications Min. Typical Max. Method Kinematic 40 C cst 20 ASTM D445 Kinematic 100 C cst ASTM D445 Viscosity Index 100 ASTM D2270 Flash Point (COC) C 177 ASTM D92 Pour Point C 9 ASTM D97 Carbon residue (Conradson) Wt% 0.05 ASTM D189 Total Acid Number mgkoh/g 0.05 ASTM D664 Demulsibility Pass ASTM D1401 Sulfur Content Wt% ASTM D1552 Color ASTM D C Kg/m³ 865 ASTM D1298 Copper Corrosion (3 100 C) 1A ASTM D130 Foam ml Nil ASTM D892

32 Base Oil SN150: Base Oil SN150 Specifications Min. Typical Max. Method Kinematic 40 C cst 38 ASTM D445 Kinematic 100 C cst ASTM D445 Viscosity Index 100 ASTM D2270 Flash Point (COC) C 190 ASTM D92 Pour Point C 6 ASTM D97 Carbon residue (conradson) Wt% 0.06 ASTM D189 Total Acid Number mgkoh/g 0.05 ASTM D664 Demulsibility Pass ASTM D1401 Sulfur Content Wt% ASTM D1552 Color ASTM D C Kg/m³ 875 ASTM D1298 Copper Corrosion (3 100 C) 1A ASTM D130 Foam ml Nil ASTM D892

33 Base Oil SN350: Base Oil SN350 Specifications Min. Typical Max. Method Kinematic 40 C cst 75 ASTM D445 Kinematic 100 C cst ASTM D445 Viscosity Index 95 ASTM D2270 Flash Point (COC) C 220 ASTM D92 Pour Point C 6 ASTM D97 Carbon residue (conradson) Wt% 0.06 ASTM D189 Total Acid Number mgkoh/g 0.05 ASTM D664 Demulsibility Pass ASTM D1401 Sulfur Content Wt% ASTM D1552 Color 2 1 ASTM D C Kg/m³ 880 ASTM D1298 Copper Corrosion (3 100 C) 1A ASTM D130 Foam ml Nil ASTM D892

34 Base Oil SN500: Base Oil SN500 Specifications Min. Typical Max. Method Kinematic 40 C cst 96 ASTM D445 Kinematic 100 C cst ASTM D445 Viscosity Index 95 ASTM D2270 Flash Point (COC) C 230 ASTM D92 Pour Point C 6 ASTM D97 Carbon residue (conradson) Wt% ASTM D189 Total Acid Number mgkoh/g 0.05 ASTM D664 Demulsibility Pass ASTM D1401 Sulfur Content Wt% 0.7 ASTM D1552 Color 2.5 ASTM D C Kg/m³ 885 ASTM D1298 Copper Corrosion (3 100 C) Nil ASTM D130 Foam ml Nil ASTM D892

35 Infinity Galaxy Address: P.O. Box, , Ras Al Khaimah, UAE