Low Volatile Silicone Gels for Thermal Interface Materials 

Trancy low volatile silicone gels are an addition type silicone gels for thermally conductive materials with extremely low viscosity, as well as ultra low molecule. With ∑D3 – D12 < 50ppm, it features an extremely low oil bleeding, non-volatility and excellent thermal aging performance. It is recommended for heat-dissipation applications require no condensate or fog, such as filters, optical cameras or LED lights. It has been used in numerous industries such as semiconductors, new energy vehicles, and medical devices. This series of products includes CX – 3151LV, CX – 3152LV, CX – 3131LV and CX – 3181LV.

Product Features

  • Ultra – low Volatility and Low Oil – bleeding

With an ultra – low molecular content (∑D3 – D12 < 50ppm), it results in non-volatility, low oil – bleeding and outstanding thermal aging performance, after 1000 hours at 150℃, the hardness change is less than 10%. It is particularly suitable for heat-dissipation potting of cameras, LED lights, and filters.

  • Higher Thermal Conductivity

It has a very low viscosity, excellent wettability, and a high filling ratio contributing for high thermal conductivity. It is suitable for producing soft thermal pads with a thermal conductivity of 5 – 13 W/mK.

  • Excellent Tensile Strength

It has excellent natural tack and outstanding bonding ability. Even filling with a high rate of powder, the thermal pad still exhibits softness and good tensile strength.

  • Superior High and Low – Temperature Resistance

It features superior high and low – temperature resistance, electrical insulation performance, and stable chemical properties. The cured product can be used in the temperature range of – 60°C to 250°C.

CX-3152LV Silicone Gel

  • Viscosity of 350cSt, recommended for thermal conductive materials with 5 – 8W/mK
  • ∑D3 – D12 < 50ppm, suitable for products requiring no condensate or fog
Learn More

CX-3151LV Silicone Gel

  • Viscosity of 350cSt, recommended for thermal conductive materials with 5 – 8W/mK
  • ∑D3 – D12 < 100ppm, suitable for products requiring no condensate or fog
Learn More

CX-3181LV Sillicone Gel

  • Viscosity of 180cSt, recommended for thermal conductive materials with 8 – 10 W/mK
  • ∑D3 – D12 < 200ppm, suitable for products requiring no condensate or fog
Learn More

CX-3131LV Silicone Gel

  • Viscosity of 100cSt, recommended for thermal conductive materials with 8 – 10W/mK
  • ∑D3 – D12 < 500ppm, suitable for products with extremely low volatile content
Learn More

Applications

Microchip processors

Automotive electronics

LED

Power Packs

With more than 40 years of silicone R&D and manufacturing experience, Trancy focuses on developing high-performance thermally conductive silicone gels for thermal transfer materials, such as thermal pads, gels, adhesives and greases. Trancy has developed more than 100 types of silicone gels for thermal conductivity, and offers a wide range of selection for our customers. Whatever your requirements Trancy’s resources are readily available and our Technical Sales staff would welcome the opportunity to discuss them with you. Please do not hesitate to contact us.

Product Manager:Mr.Yu +86-177 2766 2733

ILLUMINATE A BEAUTIFUL LIFE

Trancy

Started in 1974, Trancy is a leader in silicone and solutions, committed to exploring and developing the applications of silicone materials. With more than 40 years of silicone R&D and manufacturing experience, Trancy provides more than 2000 silicone products and is able to produce tailor-made products based on your special demands.

Trancy Electronics Silicones

As a leading silicone manufacturer, Trancy focused on electrical and electronic applications, offering thermally conductive silicones, potting silicones and encapsulation products, adhesives, additives and optical bonding. Trancy provides protection for the next generation of smart electronics, increases their performance, efficiency and lifespan.

Product Manager :

Mr.Yu +86 177 2766 2733 

winson.yu@trancytech.com

Whatsapp: +86 177 2766 2733

Inquiry Form