• Description for Henkel Armstrong C-1 Epoxy Resin w/ Activator A

    A versatile, low viscosity, unfilled resin that is an excellent insulator, and provides outstanding chemical resistance to most compounds.

    *See Terms of Use Below

    Brand Armstrong
    Application Type Bond, Pot
    1 Part or 2 Part 2 Part
    Material Form Liquid
    Substrate Steel, Aluminum
    Industry Electrical
    Manufacturer Henkel
    Chemistry Epoxy, Versatile
    Cure Method 2 Parts
    Cure Temperature (°C) 20 to 25 Room Temperature, 74
    Cure Time (min) 10,080, 120
    Viscosity (cPs) Low, 3,500, 5 to 15, 2,200
    Color Amber
    Chemical Resistance Acetone, Ammonia, 28%, Distilled Water, Ethyl Acetate, Ethylenedichloride, Glacial Acetic Acid, Hexane, Salt Water, Toluene
    High Temperature Resistance (°C) 74
    Low Temperature Resistance (°C) -51
    Density (g/cm³) 0.043 lbs/cubic inch
  • Technical Data

    Overview
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    Specifications
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  • Best Practices

    *See Terms of Use Below

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Viscosity Test Methods
Viscosity Temperature
Low
3,500 cPs 25°C
5 to 15 cPs 25°C
2,200 cPs 25°C
Work / Pot Time Test Methods
Work / Pot Time Temperature
30 min 25°C
Shear Strength Test Methods
Shear Strength Cure Time Cure Temperature Substrate Chemical Test Time Test Temperature
1,780 psi 10,080 min 25°C Aluminum to Aluminum 20 to 25°C Room Temperature
200 psi 10,080 min 25°C Aluminum to Aluminum 82°C
1,560 psi 10,080 min 25°C Aluminum to Aluminum -51°C
1,530 psi 10,080 min 25°C Aluminum to Aluminum Ammonia, 28% 604,800 sec
1,600 psi 10,080 min 25°C Aluminum to Aluminum Distilled Water 604,800 sec
1,780 psi 10,080 min 25°C Aluminum to Aluminum Salt water 10% 604,800 sec
1,350 psi 10,080 min 25°C Aluminum to Aluminum Acetone 604,800 sec
630 psi 10,080 min 25°C Aluminum to Aluminum Glacial Acetic Acid 604,800 sec
1,550 psi 10,080 min 25°C Aluminum to Aluminum Toluene 604,800 sec
1,650 psi 10,080 min 25°C Aluminum to Aluminum Ethylenedichloride 604,800 sec
1,400 psi 10,080 min 25°C Aluminum to Aluminum Ethyl Acetate 604,800 sec
1,890 psi 10,080 min 25°C Aluminum to Aluminum Hexane 604,800 sec
2,200 psi 10,080 min 25°C Aluminum to Aluminum 604,800 sec
3,250 psi 120 min 74°C Aluminum to Aluminum 82°C
180 psi 120 min 74°C Aluminum to Aluminum -51°C
2,810 psi 120 min 74°C Aluminum to Aluminum Ammonia, 28% 604,800 sec
2,190 psi 120 min 74°C Aluminum to Aluminum Distilled Water 604,800 sec
2,320 psi 120 min 74°C Aluminum to Aluminum Salt water 10% 604,800 sec
2,400 psi 120 min 74°C Aluminum to Aluminum Acetone 604,800 sec
2,010 psi 120 min 74°C Aluminum to Aluminum Glacial Acetic Acid 604,800 sec
2,170 psi 120 min 74°C Aluminum to Aluminum Toluene 604,800 sec
3,140 psi 120 min 74°C Aluminum to Aluminum Ethylenedichloride 604,800 sec
2,070 psi 120 min 74°C Aluminum to Aluminum Ethyl Acetate 604,800 sec
2,220 psi 120 min 74°C Aluminum to Aluminum Hexane 604,800 sec
2,760 psi 120 min 74°C Aluminum to Aluminum 604,800 sec
2,750 psi 120 min 74°C Aluminum to Aluminum 604,800 sec
2,320 psi 120 min 74°C Steel to Steel
Tensile Strength Test Methods
Tensile Strength Cure Time Cure Temperature
7,650 psi 10,080 min 20 to 25°C Room Temperature
8,380 psi 120 min 74°C
Cleavage Strength Test Methods
Cleavage Strength Cure Time Cure Temperature
1,120 psi 120 min 74°C
Compressive Strength Test Methods
Compressive Strength Cure Time Cure Temperature
13,900 psi 10,080 min 20 to 25°C Room Temperature
15,500 psi 120 min 74°C
General Bond Strength Test Methods
General Bond Strength Cure Time Cure Temperature
1,340 psi 120 min 74°C
Coefficient of Thermal Expansion (CTE) Test Methods
Coefficient of Thermal Expansion (CTE) CTE Temperature (°C)
7.3e-5 (in./ in/°C) 25°C
50 (ppm/°C) 93°C