Why Silicones are Better for Electronics

Thermal Stability

Thermal Stability

You can count on silicones to perform at extreme temperatures ranging as low as -45°C and as high as 250°C — with no degradation — so the electrical and mechanical properties of the material remain true even after years and years of loading cycles.

Stress Relief

Stress Relief

High flexibility and superior adherence to common substrates for maximum vibration damping in sensitive components operating in demanding environments is essential to assure consistent quality of performance.

Insulation Resistance

Insulation Resistance

Maintenance of insulation resistance at safe levels is imperative to maintain a component's electrical strength over time and shield against loss of protection in harsh environments and temperature extremes.

Solvent Free

Solvent Free

With no VOC emissions or outgassing hazards, 100% solids silicones are safer for people and the planet.

Silicone Uses

  • Seal, encapsulate, and bond electrical parts
  • Conduct heat away from batteries
  • Sheath, protect, and insulate wiring
  • Protect against moisture and vibration
PCB Render
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Conduct heat away from sensitive components
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Protect against vibration
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Seal, encapsulate, and bond electrical parts
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Protect against moisture
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Sheath, protect, and insulate wiring

The Industries We Serve

PCBs & Power<br />Modules
PCBs & Power
Modules
Aviation &<br />Aerospace
Aviation &
Aerospace
Consumer<br />Electronics
Consumer
Electronics
Solar & Renewable<br />Energy
Solar & Renewable
Energy
Automotive &<br />Transportation
Automotive &
Transportation
Medical Electronics<br />& Wearables
Medical Electronics
& Wearables
EV & Battery<br />Systems
EV & Battery
Systems
LED & Lighting
LED & Lighting
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