Populated boards encounter moisture, dust, vibration, and mechanical stress throughout their service life. Our electrical potting compounds encapsulate the assembly, secure components, electrically insulate circuitry, and seal it against environmental exposure.
High-voltage power supplies, transformers, and modules can arc across small gaps. Our electrical epoxy fills those voids, provides high dielectric strength, suppresses corona discharge, and maintains reliable insulation under sustained high voltage.
Sensors operate directly within challenging environments. Encapsulation protects the sensing element from humidity, chemicals, vibration, and mechanical shock while preserving signal integrity for consistent, accurate performance.
Power electronics generate significant heat within compact assemblies. Our thermally conductive epoxy systems transfer heat efficiently to the housing while maintaining complete electrical insulation, helping devices operate cooler and more reliably.
Wound components require every turn to remain electrically insulated and mechanically secure. Our epoxy and polyurethane systems penetrate windings, reduce vibration, and maintain dielectric strength through repeated thermal cycling.
Connectors and cable terminations experience constant movement, vibration, and mechanical stress. Potting seals the connection, provides strain relief, and prevents moisture intrusion to improve long-term reliability.
Potting compounds do more than protect electronics; they also conceal circuit layouts and component values. Opaque epoxy and polyurethane systems help safeguard proprietary designs while providing long-term electrical insulation and environmental protection.
Electrical potting compounds protect electronic assemblies by encapsulating sensitive components against moisture, dust, chemicals, vibration, and mechanical stress. They also provide electrical insulation, improve thermal management, and help extend product service life in demanding operating environments.
The right chemistry depends on your application’s electrical, thermal, and mechanical requirements. Epoxy systems typically offer high dielectric strength, chemical resistance, and dimensional stability, while polyurethane systems provide greater flexibility and impact resistance. We help select the formulation that best fits your design.
Yes. We develop thermally conductive systems that transfer heat away from electronic components while maintaining reliable electrical insulation. This helps reduce operating temperatures and improve long-term performance in power electronics and other heat-generating assemblies.
Yes. Our epoxy systems are formulated for high-voltage devices that require dependable dielectric strength and resistance to tracking, arcing, and corona discharge. We tailor formulations to your insulation and performance requirements.
Yes. We develop epoxy and polyurethane systems around your application’s cure profile, thermal requirements, dielectric performance, substrate compatibility, and manufacturing process instead of relying on off-the-shelf formulations.
Yes. Our chemists work with you from formulation through validation and production, providing technical guidance, ISO 9001 quality systems, UL-recognized formulations where applicable, and the supporting documentation needed for qualification and scalability.
