Polyetheramine
Genamin M41/2000
Änderungsdatum :
Februar 06, 2026
Genamin M 41/2000 is a random EO/PO copolymer end-capped with a primary amino group.
Product Information
Benefits
Genamin M41/2000 offers the following properties:
Genamin M41/2000 shows chemical reactions typical for primary amines like formation of:
- very good soluble in cold or hot water and in many organic solvents like isopropanol or acetone
- slowly absorbs carbon dioxide from air and water from humid air
- the amino group reacts faster and forms more stable compounds than the hydroxyl group of the corresponding polyether alcohol
Genamin M41/2000 shows chemical reactions typical for primary amines like formation of:
- ammonium salts (pH dependent) with inorganic or organic acids,
- amides with carboxylic acids, anhydrides or esters,
- urea derivatives with isocyanates uncatalyzed at room temperature,
- aminoalcohols with epoxides,
- imines with aldehydes or ketones.
Product details
Chemical Name
- 83713-01-3
Produktfunktionen
- Intermediate & process aid
Chemical Type
- Glycol ethers
Anwendungen
- Paint additive manufacturing
- Chemical synthesis
Based on the chemical and physical characteristics Genamin M41/2000 can be used in many fields of application like:
- Monofunctional chemical intermediate and hydrophilic macromonomer for end-capping.
- Synthesis of comb polymers with flexible polyether side-chains linked for example by amide groups to the back bone.
- Formulation of emulsifiers or synthesis of emulsifiers and dispersants.
- Raw material for superplasticizer in concrete.
- Pigment modification.
- Reactive building block in adhesives.
- Corrosion inhibitor with low vapour pressure.
| Composition: | Methyl polyalkylene oxide monoamine, average molecular weight about 2000 g/mole |
| Active content: | approx. 95% |
| Appearance: | yellowish to colourless, viscous liquid |
| pH value: | 10.6 |
| Amine number: | 25 - 31 mg KOH/g |
| Solubility: | completely miscible with water |
| Density: | approx. 1.077 - 1.080 g/cm3 |
| Viscosity: | approx. 360 - 480 mPas |
| Pour point: | 5 - 15 °C |
Documentation
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