Epilox® Hardeners

Epilox® Hardeners from LEUNA-Harze GmbH are mainly polyamines, polyaminoamides and polyamine adducts based on aliphatic and cycloaliphatic amines. The choice of a suitable hardener has a critical effect on the final properties of cured resins.

Please see below the available Epilox® Hardeners: 

  • Epoxy-amine adducts and blends
  • Polyaminoamides
  • Waterborne Hardeners

Epilox® Epoxy-amine adducts and blends

Below are the available Epilox® Epoxy-amine adducts and blends

Please click on the product names for the current data sheets

Product nameDescription

 

 

Amine
equivalent
weight (g)
Viscosity at 25 °C
(mPa·s)
DIN 16 945
Colour (Gardner)
DIN ISO 4630
Pot life to Tmax
with Epilox
®T 1938/700
(100 g, 23 °C) min / °C
Applications
Epilox® hardener
H 10-30
Modified cycloaliphatic
amine adduct
93200 – 300max. 235 / 170Higher reactivity compared to Epilox® hardener H 10-33
Epilox® hardener
H 10-31
Modified cycloaliphatic
amine adduct
112400 – 600max. 275 / 125General-purpose hardener, low yellowing tendency
Epilox® hardener
H 10-32
Modified cycloaliphatic
polyamine
8515 – 25max. 260 / 1701)Low viscosity, high filler levels, nonylphenol-free coatings
Epilox® hardener
H 10-33
Modified cycloaliphatic
amine adduct
9380 – 120max. 265 / 150Mix ratio with Epilox® T 19-38/700 = 2 :1 (pbw resin : hardener)
Epilox® hardener
H 10-34
Modified cycloaliphatic
amine adduct
9370 – 120max. 150 / 180Low yellowing tendency
Epilox® hardener
H 10-36
Modified cycloaliphatic
polyamine
8540 – 60max. 230 / 1751)Higher reactivity compared with Epilox® hardener H 10-32, nonylphenol-free coatings
Epilox® hardener
H 10-41
Modified cycloaliphatic
amine adduct
9370 – 120max. 265 / 140General-purpose hardener, nonylphenol-free coatings
Epilox® hardener
H 10-69
Amine adduct4620 – 40max. 325 / 1501)

 

30 / 1802)

Special hardener for Epilox® M 1049, for chemical-resistant and nonylphenol-free coatings
Epilox® hardener
M 989
Modified amine adduct63200 – 300max. 270 / 160Nonylphenol-free coatings, mix ratio 3:1 with Epilox® T 19-38/700 (pbw resin : hardener)
Epilox® hardener
M 1128
Modified
amine adduct
93290 – 340max. 230 / 170Nonylphenol-free coatings, mix ratio 2:1 with Epilox® T19-38/700 (pbw resin : hardener)
Epilox® hardener
M 1131-1
Modified amine adduct94120 – 240max. 240 / 160Nonylphenol-free coatings, mix ratio 2:1 with Epilox® T 19-38/700 (pbw resin : hardener)
Epilox® hardener
M 1142
Modified amine adduct8540 – 80max. 245 / 1901)Alkylphenol-free coatings, mix ratio 2:1 with Epilox® T 19-34/700 (pbw resin : hardener)
Epilox® hardener
M 1148
Modified amine adduct100150 – 230max. 2145 / 70Hardener is used as curing agent for casting and laminating resin systems as well as for adhesives, low yellowing tendency.
Epilox® hardener
M 1150
Modified amine adduct115350 – 450max. 265 / 120General-purpose hardener, nonylphenol-free coatings
Epilox® hardener
M 1164
Modified amine adduct93170 – 270max. 265 / 165General-purpose hardener, nonylphenol-free coatings with good early water spot resistance, mix ratio 2:1 with Epilox® T 19-38/700 (pbw resin : hardener)
Epilox® hardener
M 1167
Modified amine adduct115280 – 380max. 285 / 110Longer pot life, nonylphenol-free
Epilox® hardener
M 1171
Modified amine adduct93160 – 260max. 265 / 160General-purpose hardener, nonylphenol-free coatings
Epilox® hardener
M 1178
Activated modified polyamine75180 – 320max. 620 / 215Cold cure below 10°C, Co-hardener and accelerator, no GHS 08 labeling, VOC-free, nonylphenol free
Epilox® hardener
M 1180
Modified amine adduct1225000 – 7000max. 245 / 1551)Nonylphenol-free, for excellent chemical resistance and good surfaces
Epilox® hardener
M 1189
Modified amine adduct95220 – 320max. 235 / 185Hardener suitable for use in applications such as solvent-free floor coatings, epoxy mortars or protective coatings

1) With Epilox® T 19-34/700 (modified, low viscosity, difunct. Bisphenol A/F resin which is resistant to crystallization).
2) With Epilox® M 1049 (modified, solvent-free bisphenol F resin).

Epilox® Polyaminoamides

Below are the available Epilox® Polyaminoamides and Polyaminoamides in a solution.

Please click on the product names for the current data sheets.

Polyaminoamides

Product nameDescriptionAmine equivalent weight
(g)
Viscosity at 25 °C
(mPa·s)
DIN 16945
Colour (Gardner)
DIN ISO 4630
Pot life to Tmax with
Epilox
® A 19-03
(100 g, 23 °C)
Applications
Epilox® hardener
H 14-50
Polyaminoamide adductapprox. 115700 – 2000max. 1080 / 115Hardener for low solvent coatings and civil engineering, suitable for primers on wet or humid substrates
Epilox® hardener
H 14-51
Formulated
polyaminoamide adduct
approx. 115450 – 1300max. 1025 / 180Hardener for low solvent coatings and civil engineering, suitable for primers on wet or humid substrates, higher reactivity compared with Epilox® hardener H 14-50
Epilox® hardener
M 1190
Formulated
polyaminoamide adduct
approx. 115600 – 1300max. 1045 / 175Epilox® hardener M 1190 is suitable for use in applications such as solvent-free primers, epoxy mortars or low solvent coatings. Good adhesion on critical (wet or humid) substrates.
Epilox® hardener
H 15-15
Polyaminoamideapprox. 2402500 – 3400 (75 °C)max. 10– / –Hardener for coatings and paints, curing down to +10 °C
Epilox® hardener
H 15-25
Polyaminoamideapprox. 130700 – 900 (75 °C)max. 10– / –Hardener for anti-corrosive paints, reaction adhesives and civil engineering, curing down to +10 °C
Epilox® hardener
H 15-40
Polyaminoamideapprox. 95300 – 600 (75 °C)max. 8– / –Hardener for anti-corrosive paints, reaction adhesives and civil engineering, curing down to +10 °C
Epilox® hardener
H 15-50
Polyaminoamideapprox. 95100 – 400max. 10– / –Hardener for anti-corrosive paints, marine paints, reaction adhesives, epoxy mortars or mastics. Processing may be performed above +10 °C. In combination with liquid and solid epoxy systems flexible and resistance coatings can be achieved.
Epilox® hardener
H 15-60
Polyaminoamideapprox. 95450 – 700max. 10– / –Epilox® Hardener H 15-60 is suitable for use in applications such as solvent-free primers, epoxy mortars or coatings.
Epilox®- hardener M 1190Formulated polyaminoamide adductca. 115600 – 1300max. 1045/175Hardener for corrosion protection systems and construction
applications, suitable for primers on wet or humid substrates
Epilox®- hardener M 1195Polyaminoamide adduct63100–250max. 8Mit M 995–130/110Formulation of joint sealants
Epilox®- hardener M 1197Polyaminoamide adduct63200-350max. 8Mit M 995–150/100Formulation of joint sealants

Polyaminoamides in solution

Used as curing agents preferably in systems together with Epilox® paint resins.

 

Product nameDescriptionAmine equivalent weight, delivery form
(g)
Viscosity at 25 °C
(mPa·s)
DIN 16 945
Colour (Gardner)
DIN ISO 4630
Pot life to Tmax with
Epilox
® L 50-54
(100 g, 23 °C)
Surface properties
(standard conditions)
Applications
     min / °C  
Epilox® hardener
H 10-23
Polyaminoamide adduct,
60% in xylene/butanol (4:1)
approx. 520800 – 1400max. 8> 8 h / –very goodHardener for coatings and paints, curing down to +10 °C
Epilox® hardener
H 10-25
Polyaminoamide,
70% in xylene
approx. 340440 – 1500max. 8> 8 h / –very goodHardener for coatings and paints, curing down to +10 °C

Epilox® Waterborne Hardeners

Below are the available Epilox® Waterborne Hardeners

Please click on the product names for the current data sheets.

Product nameDescriptionAmine
equivalent
weight,
delivery form (g)
Viscosity at 25 °C
(mPa·s)
DIN 16 945
Colour (Gardner)
DIN ISO 4630
Pot life to Tmax with
Epilox
® A 19-02
(100 g, 23 °C)
min / °C
Processing time to diluted resins
at 25 °C (min)
Applications
Epilox® hardener
M 715
Modified polyamine adduct, 56% in water1851500 – 2500max. 2– / –approx. 45Emulsifying hardener for water-dilutable paints and coatings, curing down to +10 °C
Epilox® hardener
H 12-01
Polyaminoamide,
50% in water
21013000 – 23000max. 12– / –approx. 45Emulsifying hardener for water-dilutable paints and coatings, curing down to +10 °C
Epilox® hardener M 1209Polyamine polymer, 70% in water1658000 – 16000max. 12– / –approx. 45Emulsion hardener for thick, self-leveling coatings especially on fresh concrete and surfaces with
high expected water vapor migration.

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