Step-growth polymerisation (1): The formation of polyamide Principle Adipic acid and hexamethylene diamine react with each other to form a polymer. In this reaction, water is splitt off when the dimer is formed. The resulting dimer is capable of polymer formation due to the still present functional groups. This type of reaction is called step-growth polymerization (condensation polymerization). A reaction of adipic acid by adding hexamethylene diamine is produced in this experiment. Learning objectives - Polyamide can be prepared by a polycondensation reaction
Benefits - Easy teaching and efficient learning by using interactive experimentation PHYWE-Software
- Experiment is part of a complete solution set with experiments for the topic Chemistry of Polymers matched with international curriculum: all topics are covered
Scope of delivery
Glycerol, 250 ml
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30084-25
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1
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Hexamethylene diamine 25 g
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31367-04
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1
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Adipic acid dichloride, 25 ml
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30005-04
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1
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Copper-II sulphate, anhydr. 250 g
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31495-25
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1
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Support base, variable
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02001-00
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1
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Stand rods, stainless steel, various sizes
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02059-00
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1
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Boss head
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02043-00
|
1
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Spoon, special steel
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33398-00
|
1
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Beakers, Boro, low form, various sizes
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46055-00
|
1
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Test tube,180x22 mm, PN19
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MAU-17080101
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1
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Test tube,180x20 mm,side arm,PN19
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MAU-17080301
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1
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Glass tube,right-angled,.
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MAU-10030703
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1
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Universal clamp
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37715-01
|
1
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Test tube brush w. wool tip,d20mm
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38762-00
|
1
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Test tube holder, up to d 22mm
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38823-00
|
1
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Rubber stopper, d = 22/17 mm, 1 hole
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39255-01
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2
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Protecting glasses, clear glass
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39316-00
|
1
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Butane burner with cartridge, 220 g
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32180-00
|
1
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Glass rod, boro 3.3, l=200mm, d=6mm
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40485-04
|
1
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