Epoxy Potting Compounds

One-Part Systems

9510 – Black, rigid, low viscosity, unlimited working time. Heat cure only. Does not require frozen storage and reduces manufacturing cost by eliminating mixing process of epoxy resin and hardener. Provides extreme chemical resistance.

Two-Part Systems

832B – Black, rigid, 2:1 mix ratio, low viscosity, 1 hour working time. Cures at room temperature or higher.

832HD – Black, rigid,1:1 mix ratio, low viscosity, 45 min working time. Cures at room temperature or higher.

832C – Translucent, rigid, 2:1 mix ratio, low viscosity, 1 hour working time. Cures at room temperature or higher. Ideal for applications requiring visual inspection.

832WC – Optically clear, rigid, 2:1 mix ratio, low viscosity, 1 hour working time. Cures at room temperature or higher. Ideal for potting lighting fixtures and casting applications

832FX – Black, flexible, 1:1 mix ratio, very low viscosity, 2.5 hours working time. Cures at room temperature or higher. Ideal choice when minimizing stress on components is critical.

832HT – Black, rigid, 1.6:1 mix ratio, 1 hour working time. Extreme chemical resistance. Cures at room temperature or higher. Ideal for high temperature applications.

832TC – Black, thermally conductive (TC of 0.68 W/m.K), 1:1 mix ratio, low exotherm, 2 hour working time. Cures at room temperature or higher.

Two-Part Systems – Flame Retardant

834B – Meets UL 94V-0 standard, thermally conductive (TC of 0.8 W/m.K), 2:1 mix ratio, rigid, black, low exotherm, 1 hour working time. Cures at room temperature or higher.

834HTC – UL 746A certified, thermally conductive (TC of 0.94 W/m.K), 5:1 mix ratio, rigid, black, low exotherm, low CTE, 1.5 hour working time. Cures at room temperature or higher.

834FX – Meets UL 94V-0 standard, thermally conductive (TC of 0.6 W/m.K), 1:1 mix ratio, flexible, black, low exotherm, 2.5 hour working time. Cures at room temperature or higher.

834BLV – Meets UL 94V-0 standard, 2:1 mix ratio, black, rigid, low viscosity, 2-hour working time. Cures at room temperature or higher.