A two component, heat cure epoxy system specifically developed for use on instrument and power transformers. The cured material exhibits excellent thermal stability and thermal cycling endurance. Product meets UL 94-HB flammability requirements.
Identify product options based on variables like Material Type, Cure Time, Mix Ratio,
Shore Hardness, and more.
A two component, heat cure epoxy system specifically developed for use on instrument and power transformers. The cured material exhibits excellent thermal stability and thermal cycling endurance. Product meets UL 94-HB flammability requirements.
A two component, room temperature cure patching and sealing compound. This product has excellent adhesion to plastics and various metals.
High strength. A two part, five minute epoxy with high strength for quick repair applications.
RT Cure, 5 Minute adhesive. Clear when cured, good for quick repairs.
Flexible polyurethane system for potting and casting in electrical applications. A two component, low viscosity, low durometer, polyurethane potting compound. The cured material meets the requirements of UL94-V0.
Economical, flexible, potting and casting polyurethane system. a solventless, low viscosity, flexible, two component polyurethane casting resin.
Semi-flexible epoxy adhesive and casting system. An unfilled, semi-flexible two component epoxy system. Its low mixed viscosity makes it suitable for potting and encapsulating electronic components.
Low viscosity, semi-flexible. An unfilled, semi-flexible two component epoxy system. Its low mixed viscosity makes it suitable for potting and encapsulating electronic components.
Low viscosity, variable ratio, variable hardness. An unfilled, semi-flexible, two component, epoxy system. Its low mixed viscosity makes it suitable for potting and encapsulating electronic components. For a more rigid system the mix ratio can be altered.
Low Exotherm, Low shrinkage epoxy. A two component, long pot life casting system with low exotherm, low shrinkage and excellent thermal shock resistance.