1.6 W/M.K Soft Compressible Thermal Insulation Material Tear Resistant For Automotive Electronics

1.6 W/m.K Thermally Insulation Materials Ideal for Automotive Electronics

Product Description:

The Thermal Conductive Film With Soft Compressible Tear-Resistant Silicone Thermal Interface Materials is an advanced solution designed to meet the growing demands of modern electronic devices and battery systems. This product combines superior thermal insulation properties with excellent mechanical durability, making it an ideal choice for applications requiring efficient heat dissipation and reliable thermal management. Its unique composition and design ensure optimal performance in various industrial and consumer electronics environments.

LCV160S thermally conductive silicone film(sheet or pad) is a cloth-like product made from silicone and glass fiber using a special process. Due to its excellent thermal conductivity, insulation, and ease of assembly, it is widely used in the electronics and electrical appliance industries. Different thicknesses of thermally conductive silicone sheets are selected and cut according to the size of the heat-generating interface and the gap height. It is then installed in the gap between the heat-generating interface and its heat dissipation components, serving both thermal conductivity and insulation purposes.

Features:

• Product Name: Thermal Insulation Sheet
• Thermal Conductivity: 1.6 W/m·K
• Material: Silicone Rubber and Fiberglass
• Hardness: Shore A 85
• Thickness Options: 0.23mm and 0.3mm
• Applications: Automotive Electronics, Computer Servers, Power Modules, Lithium Battery Packs, and more
• Effective Battery Thermal Insulation for enhanced safety and performance
• High-quality Thermal Insulation Material suitable for various industrial uses
• Serves as an excellent Thermal Insulation Pad to reduce heat transfer and protect sensitive components

Technical Parameters:

Applications:

The Union Tenda Thermal Condutive Film With Soft Compressible Tear-Resistant Silicone Thermal Interface Materials, model LCV160S, is a premium thermal insulation silicone sheet designed to meet diverse high temperature insulation needs. Manufactured in China, this product combines silicone rubber and fiberglass to deliver excellent thermal conductivity of 1.6 W/m·K, ensuring efficient heat dissipation and protection in various applications.

This thermal insulation silicone pad is ideal for use in electronic devices, industrial machinery, and automotive systems where maintaining optimal operating temperatures is crucial. The unique composition of silicone rubber and fiberglass provides flexibility, durability, and tear resistance, making it suitable for environments that require repeated thermal cycling and mechanical stress resistance. Its soft compressible nature allows for easy conformability to uneven surfaces, ensuring maximum contact and thermal transfer efficiency.

In high temperature insulation scenarios, the Union Tenda LCV160S thermal insulation silicone sheet excels by reducing heat buildup and protecting sensitive components from thermal damage. It is commonly applied in the manufacturing of heat sinks, power supplies, LED lighting, and battery packs where reliable thermal interface materials are essential. The vibrant pink color not only distinguishes it from other insulation materials but also aids in quick identification during installation and maintenance.

Moreover, this thermal insulation silicone pad is widely used in the electronics industry to improve thermal management in devices such as computers, servers, and communication equipment. It also finds application in household appliances and HVAC systems to enhance energy efficiency and prolong equipment lifespan. The tear-resistant quality ensures longevity even under rigorous use, making it a cost-effective solution for thermal insulation requirements.

Overall, the Union Tenda LCV160S thermal insulation silicone sheet stands out as a versatile and reliable thermally insulation material. Its combination of high temperature insulation capability, soft compressibility, and durability makes it an excellent choice for engineers and manufacturers seeking superior thermal interface materials to optimize performance and safety across multiple industries.