Product |
Amine number (mg KOH/g) | HEW (g/mol) | Viscosity (mPa.s, 25°C) |
Usage |
Description |
TELALIT® 0240 |
- | 24 | 5-10 |
Standard, civil engineering, composites, adhesives |
Aliphatic amine (substitution for HARDENER P 11) |
TELALIT® 0420 |
600-650 | 42 | 10-25 |
Composites, higher Tg |
Cycloaliphatic amine |
TELALIT® 0430 |
1250-1320 | 43 | 5-50 |
Composites, civil engineering, faster curing, higher toughness |
Cycloaliphatic amine |
TELALIT® 0492 |
550-600 | 49 | 15-30 |
Composites, civil engineering |
Cycloaliphatic modified |
TELALIT® 0500 |
1100-1200 | 50 | 5-50 |
Composites, accelerated |
Cycloaliphatic amine |
TELALIT® 0590 |
440-490 | 59 | 5-10 |
Composites, long pot life |
Polyoxyetheramine |
TELALIT® 0600 |
450-500 | 62 | 80-100 |
High performance composites, long pot life, highest Tg |
Cycloaliphatic, modified |
TELALIT® 0842 |
min.290 | 84 | 1 100-1 900 |
Hardening in wet conditions, applicable in different weather conditions. |
Solvent free system, under water curing |
TELALIT® 0846 |
345-375 | 84 | 550-750 |
Universal hardener for epoxy systems, applicable in lower temperatures, unsuitable for food, beverages and drinking water |
Mannich base without phenol (substitution for TELALIT® 60) |
TELALIT® 0903 |
320-350 | 90 | 200-500 |
Self-levelling flooring, nonylphenol free, low yellowing |
Cycloaliphatic adduct modified |
TELALIT® 1040 |
230-260 | 104 | 10-30 |
Waterborne coatings, high solid coatings, nonylphenol free. |
Polyoxyetheramine |
TELALIT® 1203 NF |
250-300 | 120 | 50-400 |
For high solid coatings, nonyl phenol free |
Cycloaliphatic adduct, modified |
TELALIT® 3509 IX 50 |
110-135 | 350 | 200-700 |
Lacquers, anticorrosive coatings |
Aliphatic adduct modified (substitution for TELALIT® 160) |
TELALIT® 2433 VBG 50 |
130-150 | 243 | 1000-2000 |
Waterborne systems |
Polyamine adduct modified (substitution for TELALIT® 180) |
TELALIT® 3404 X 70 |
145-165 | 340 | 700-2 000 |
Anticorrosive coatings, nonylphenol free |
Polyamide |
TELALIT® 95 |
300-500 | 95 | 170-400 |
Self-levelling flooring |
Cycloaliphatic adduct modified |
Product |
Epoxy index (mol/kg) | Hydrolyzable chlorine (%) | Colour (Gardner) | Viscosity (mPa.s, 25°C) |
Usage |
Description |
CHS-EPOXY® RR 300 |
2,90-3,30 | max. 0,3 | max.2* | 40-90 |
Flexibilizer, low toxicity and vapour pressure, reduced reactivity, limited diluting power |
Polypropyleneglycol diglycidyl ether |
CHS-EPOXY® RR 330 |
2,94-3,70 | max. 0,1 | max.1* | 5-10 |
Low toxicity and vapour pressure, good diluting power, reduced reactivity |
C12-C14 alkyl glycidyl ether |
CHS-EPOXY® RR 430 |
4,25-4,55 | max. 0,05 | max.1* | 1-6 |
Low toxicity and vapour pressure, good diluting power, reduced reactivity |
C8-C10 alkyl glycidyl ether |
CHS-EPOXY® RR 690 |
7,20-7,70 | max. 0,1 | max.1* | 130-200 |
Excellent mechanical strength and reactivity, hot water and solvent resistance, limited diluting power |
Trimethylol propane triglycidyl ether |
CHS-EPOXY® RR 700 |
6,70-7,20 | max. 0,2 | max.1* | 15-25 |
Excellent reactivity at low temperatures and good solvent resistance, high mechanical strength, limited acid resistance |
1, 6-hexanediol diglycidyl ether |
CHS-EPOXY® RR 800 |
7,60-8,10 | max. 0,2 | max.1* | 10-25 |
Excellent reactivity at low temperatures and good solvent resistance, high mechanical strength, limited acid resistance |
1, 4-butanediol diglycidyl ether |