ZINSSER-MINILAB A Complete Laboratory in a Case

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ZINSSER-MINILAB A Complete Laboratory in a Case The Zinsser-Minilab has been used in many European schools since the late 80s, but has also become

Together with the small hotplate, magnetic stirrers and a thermometer it forms a little reaction station.

1 ZINSSER-MINILAB A Complete Laboratory in a Case The Zinsser-Minilab has been used in many European schools since the late 80s, but has also become a useful tool for the development and testing of new strategies in the industry. Together with the small hotplate, magnetic stirrers and a thermometer it forms a little reaction station. All glass parts are made from class 1 borosilicate glass Screw connectors for rigid but easy assemblies of glass parts Heating block for 3 reactions Vast range of kit components for distillations, extractions, etc. Booklet with a collection of experiments

From Education to Combinatorial Chemistry In the past difficulties have been experienced in teaching experimental chemistry to large groups of pupils in schools equipped with standard laboratory

2 From Education to Combinatorial Chemistry In the past difficulties have been experienced in teaching experimental chemistry to large groups of pupils in schools equipped with standard laboratory apparatus and glassware. More stringent legislation relating to the handling of chemicals and increased concern over the disposal of chemical waste together with the high costs involved have added to the problems conducting chemical experiments as an integral part of the teaching syllabus. Present-day demands and technology To overcome these difficulties, ZINSSER ANALYTIC, together with Professor Michael Schallies of the Pädagogische Hochschule Heidelberg, Germany, have developed the Minilab system, a complete set of laboratory equipment which solves the problems of teaching science in terms of present-day demands and technology. The Minilab not only meets the requirements of modern experimental chemistry education at school and university, but has also become a useful tool for development and testing of new strategies and methods in leading R&D labs in Combinatorial Chemistry. Time-saving In the miniaturised, specially designed reaction vessels, used in place of large flasks, very small quantities of a substance can be reacted (as little as 1g of a solid and 5ml of a liquid). These cylindrical reaction vessels, made of borosilicate glass, are heated by placing them directly into suitable holes in an aluminium heating block. The contents of the reaction vessel are normally brought to boiling point within five minutes. Thus, the Minilab is also 30-50% faster to use compared to standard methods: faster heating time by using the aluminium blocks, quicker to assemble and quicker to take apart. The reduction in time allows experimental lessons to be carried out with groups of pupils even in a single teaching period. Economical Since only small quantities of reagents and chemicals are required, the Minilab is very economical to use and the problems of waste removal are minimised. Safe The Minilab also has the advantage of being considerably safer than the traditional laboratory techniques and equipment as no open flames are used. Also, smaller amounts of chemicals reduce the risk of accidents. The miniaturised glass components are resistant to breaking with both excess pressure and vacuum. Even if the glassware is dropped breakage is unlikely to occur and risks of accidents resulting from faulty or inadequate operating procedures are greatly reduced. To simplify the connection of the various glass components, the vessels have been manufactured with an external thread to enable them to be simply screwed together using the gas-tight couplings provided. This gives a safe chemical resistant connection which is stable under pressure or vacuum. 2

3 Easy setup These couplings are so easy to fix that even the most inexperienced beginner in practical chemistry can set up the apparatus. Assembly is as easy and quick as screwing a cap on a small bottle, and the joints and glass are so strong that supporting clamps and stands are not needed. This minimises the teacher and technician support required and avoids student frustration. Versatile Furthermore to enable an experiment to be displayed clearly once it has been set up, the Minilab contains a ferro-magnetic plate to which the apparatus can be attached by magnetic clamps. The Minilab can also be used for preparatory practical work in chemistry. Because the glassware is so universally adaptable every conceivable kind of apparatus can be assembled, enabling standard operations such as distillation to be set up in a variety of ways. Individual Experiments Due to the versatility of the system, the fundamentals of chemistry may be demonstrated by a number of variations involving experiments in parallel and in series rather than a single experiment conducted under one set procedure. This has the added advantage of allowing a pupil to work as an individual, developing and testing his own experimental equipment. The system is also ideal for individualised chemistry teaching, allowing students to conduct to their own experiments and to a large extent being responsible for designing and setting up experiments themselves. Manual The Minilab is supplied together with a detailed instruction manual, written by Professor Schallies. In this manual many experiments are described which can easily be performed with our Minilab in the area of inorganic and organic chemistry in schools and universities. The manual is available in German, English, Spanish and Turkish. 3

ZINSSER-MINILAB Catalogue No. 3061000 Content Catalogue No.

4 ZINSSER-MINILAB Catalogue No Content Catalogue No. Description Pieces Reaction vessel with side arm Reaction vessel with side arm Condenser Reflux tube, 20mm Reflux tube, 13mm Threaded tube Y-piece T-piece, small T-piece, large Stopcock, small Dropping funnel, large PTFE-filter support 20mm PTFE-filter 5 Micron, 20mm Glass tube Glass tube Glass tube 20cm Reaction vessel, 24ml, plain Reaction vessel, 4ml, plain Silicone/PTFE septa 13mm Silicone/PTFE septa with hole Screw cap 13mm with open top Screw closure 13mm, rubber/ptfe-septa Screw closure 20mm, rubber/ptfe-septa Thermometer complete Powder funnel Silicone tubing 0,5m, ID 3mm Magnetic clamp, large Magnetic clamp, small Magnetic stir bar Connector 13/ Connector 20/ Connector 13/ Adapter 13mm Adapter 20mm O-Ring Tubing connector 13mm Hose coupling Heating block Rack for 4 reaction vessels Work plate, stainless steel 1 4

5 Minilab-Class Kits Minilab-Class Kits are available for 3 or 6 work groups. The class kits are assembled from the different components of our Minilab, based on the teaching experience gained from teaching. Class Kit 1: enough components for up to 3 work groups Class Kit 2: enough components for up to 6 work groups Each component can also be ordered individually or supplemented with other components from our parts list. The class kits are supplied with the Minilab manual containing detailed instructions and descriptions of experiments. Catalogue No. Description complete class-kit for 3 work groups, supplied in a plastic storage case as above, but for 6 work groups Content Catalogue No. Description Pieces Class Kit 1 Class Kit Reaction vessel with side arm Reflux tube, large Reflux tube, small Threaded tube Y-piece PTFE-filter support 20mm PTFE-filter 20mm Reaction vessel plain, 24ml Reaction vessel plain, 4ml Screw cap 20mm Thermometer complete Powder funnel Magnetic stir bar Connector 13/ Connector 20/ Connector 13/ Adapter 13mm O-Ring Tubing connector 13mm Digital thermometer Heating block, 3 positions Single use plastic syringe 5ml Single use plastic syringe 1ml

6 Minilab parts (1 piece per pack) 1) 2) 1) Reaction vessel with 45 side arm. Body has a 20 mm screw thread, side arm has a 13 mm screw thread. Catalogue No.: ) Reaction vessel with 90 side arm, Body has a 20 mm screw thread, side arm has a 13 mm screw thread. Catalogue No ) 4) 5) 3) Condenser Has a 13 mm screw thread at both ends, and side arms for 3mm ID water connection tubing. Catalogue No ) Reflux tube, 20 mm Has a 20 mm screw thread. Catalogue No ) 5) Reflux tube, 13 mm Has a 13 mm screw thread. Catalogue No ) 6) Threaded tube * Has a 20 mm screw thread at both ends. Catalogue No ) Y-piece Has 13 mm screw thread at each connection. Catalogue No ) 8) 8) T-piece, small Has 13 mm screw thread at each connection. Catalogue No ) 9) T-piece, large Has 20 mm screw threads at each end and 13mm screw thread on the sidearm. Catalogue No ) Stopcock/Dropping funnel, small * Has a PTFE key and 13 mm screw thread. Catalogue No * 6) and 10) can be combined to a Separating funnel 6

11) Stopcock/Dropping funnel, large Has a PTFE key and 13 mm screw thread. Catalogue No. 3061181 11) 12) Glass tube 45 6mmdiameter. Catalogue No. 3061190 12) 13) Glass tube 90 6mmdiameter.

7 11) Stopcock/Dropping funnel, large Has a PTFE key and 13 mm screw thread. Catalogue No ) 12) Glass tube 45 6mmdiameter. Catalogue No ) 13) Glass tube 90 6mmdiameter. Catalogue No ) Reaction vessel 4ml, plain Has a 13 mm screw thread. Catalogue No ) 15) Reaction vessel 24ml, plain Has a 20 mm screw thread. Catalogue No ) PTFE filter support 18mm dia x 0.5mm with 3 perforations. Catalogue No ) 17) PTFE filter 5 micron(zitex G) 19 mm diameter. Catalogue No ) 18) Silicone Rubber/PTFE septum 12 mm dia x 1.5mm silicone rubber faced on one side with PTFE. Catalogue No ) 19) Silicone Rubber ring 12 mm OD x 6mm ID x 1.5mm faced on one side with PTFE. Catalogue No ) 18) 20) Open top screw cap 13 mm thread. Catalogue No ) 20) 7

Minilab parts 21) 22) 21) Screw closure 13 mm screw thread with rubber/ptfe insert. Catalogue No. 3061231 23) 22) Screw closure 20 mm screw thread with rubber/ptfe insert. Catalogue No. 3061232 23) Thermometer complete Glass, 6 mm diameter, -10 C to +200 C.

8 Minilab parts 21) 22) 21) Screw closure 13 mm screw thread with rubber/ptfe insert. Catalogue No ) 22) Screw closure 20 mm screw thread with rubber/ptfe insert. Catalogue No ) Thermometer complete Glass, 6 mm diameter, -10 C to +200 C. Catalogue No ) 24) Powder funnel Made from high density polyethylene. Catalogue No ) Silicone Rubber tube 3 mm inner diameter, 500 mm long. Catalogue No ) 26) Tubing adaptor To connect tubing of 2-3 mm ID, to 5-8 mm ID. Catalogue No ) Magnet clamp, large Made from polyoxymethylene for apparatus with a 20mm screw thread. Catalogue No ) Magnet clamp, small Made from polyoxymethylene for apparatus with a 13mm screw thread. Catalogue No ) 27) 29) Magnetic stirrer bar 3.5 mm dia x 13 mm with a PTFE coating. Catalogue No ) 28) 30) Connector 13 mm to 13 mm. Catalogue No ) 31) 31) Connector 20 mm to 20 mm. Catalogue No

32) Connector 13 mm to 20 mm. Catalogue No. 3061420 33) Adaptor 13 mm screw thread with an insert connector for glass tubes, thermometers etc with a diameter of 6 mm. Catalogue No. 3061450 39) 32) 34) 33) 34) O -Ring Made from chemically stable rubber 5.

9 32) Connector 13 mm to 20 mm. Catalogue No ) Adaptor 13 mm screw thread with an insert connector for glass tubes, thermometers etc with a diameter of 6 mm. Catalogue No ) 32) 34) 33) 34) O -Ring Made from chemically stable rubber 5.3 x 2.4 mm. Catalogue No ) 35) Adaptor 20 mm screw thread with an insert connector for glass tubes, thermometers etc with a diameter of 6 mm. Catalogue No ) Tubing connector 13 mm screw thread for connecting tubing with an i/d of 8 mm. Catalogue No ) 37) Heater block with top and side recess Made from aluminium alloy with 3 recesses (22mm) for reaction vessels and a hole for the Digitemp probe. Catalogue No ) 38) Stainless steel rack To take 4 reaction vessels it has magnetic strips along the back and bottom surfaces so it can be fixed to the workplate. Catalogue No ) Glass tube 6 mm diameter, 200 mm long. Catalogue No ) 40) Work plate Made from magnetic stainless steel 285 x 385 mm, can be supported by retort stand rods passed through 14mm dia holes drilled in the flanged edge. Catalogue No ) 9

A fast reacting electronic thermometer with a three digit LCD screen ranging from 35oC to +500oC, with a resolution of 1oC.

10 Ministir II Digitemp The Ministir II is a very compact hotplate stirrer for semi micro applications, such as with the Zinsser Minilab. It has a robust stainless steel casing and a highly heat conductive aluminium stirring plate with holding pins for the Minilab heating block. A fast reacting electronic thermometer with a three digit LCD screen ranging from 35oC to +500oC, with a resolution of 1oC. It is fitted with a low thermal mass thermocouple probe which fits snuggly into the bore hole in the Minilab Heater Block. The Ministir has ergonomic controls, separated for speed and temperature. Although the Ministir II has a small footprint of only 130 x 160 x 95 cm, it is very robust and extremely reliable. Technical Data: Stirrer speed: rpm Hotplate max temperature: 400 C Temperature control precision: ± 5 C Hotplate area: 100 x 100 mm Settings: Heating, stirring or heating and stirring Power: 230 Volt, 200 VA Dimensions: 130 x 160 x 95 mm Weight: 1.75 Kg Catalogue No Technical Data: Dimensions of housing: Battery size: Weight: Catalogue No x 60 x 25 mm 9 V (6F22) 110 g 10

MiniGramm - Balance for Minilab Digital laboratory balance with a very small footprint of only 75 x 120 x 25 mm. Weighing range from 0.1g to 150 g in 100 mg steps. Self-calibrating Catalogue No.

Including basket for safe handling of the glass parts. We do recommend Decon 90 as cleaning detergent. Power: 230-240 volts, 50 Hz, 30 watts Catalogue No.

We recommend it for consistent and reliable cleaning of the Minilab glass parts and plastic parts. Decon 90 can be used for cleaning by hand as well as in the ultrasonic bath. Catalogue No.

11 MiniGramm - Balance for Minilab Digital laboratory balance with a very small footprint of only 75 x 120 x 25 mm. Weighing range from 0.1g to 150 g in 100 mg steps. Self-calibrating Catalogue No Ultrasonic bath for Minilab Economically priced ultrasonic bath for cleaning of the glass parts, couplings and sealing rings of the Minilab. Including basket for safe handling of the glass parts. We do recommend Decon 90 as cleaning detergent. Power: volts, 50 Hz, 30 watts Catalogue No DECON 90 The ideal cleaning concentrate Decon 90 is used rountinely in all types of laboratories. We recommend it for consistent and reliable cleaning of the Minilab glass parts and plastic parts. Decon 90 can be used for cleaning by hand as well as in the ultrasonic bath. Catalogue No. Description Litre-can Litre-can Zinsser Analytic GmbH, Eschborner Landstraße 135, D Frankfurt Phone: , Fax: , info@zinsser-analytic.com Web: Zinsser NA, Inc., Parthenia Street - Suit C, Northridge CA 91324, Zinsser Phone: +1 NA, 818 Inc., , Parthenia Fax: +1 Street , Suit C, Northridge info@zinsserna.com, CA 91324, Phone: Fax: Web: , info@zinsserna.com, Web: 11

2 ADAPTERS. Bushing / Connecting. Glass Bushing Adapters. Straight Connecting Adapters. PTFE Bushing Adapters. Offset Connecting Adapters

2 ADAPTERS. Bushing / Connecting. Glass Bushing Adapters. Straight Connecting Adapters. PTFE Bushing Adapters. Offset Connecting Adapters ADAPTERS Whether converting joint types, reducing or enlarging joints, or creating connections in a distillation apparatus, Kimble offers a comprehensive selection of adapters including bushing adapters,