Product Description:
Our customizable silicone thermal pads are the ideal choice to meet your diverse heat dissipation needs.
In terms of material, high - quality silicone is selected, which has excellent softness and resilience. It can closely fit various shapes of heating elements and heat dissipation devices, ensuring efficient heat conduction. Its outstanding high and low temperature resistance allows it to operate stably in extreme environments from - 50°C to + 200°C, guaranteeing the reliable operation of products under different working conditions.
The biggest highlight of this thermal pad lies in its high degree of customization. You can freely choose the thermal conductivity according to the actual usage scenario, with a variety of specifications ranging from low to high thermal conductivity for you to select, so as to accurately match the heat dissipation requirements of different devices. The size is also extremely flexible. Whether it is a tiny size required for small electronic components or a large - area thermal pad required for large - scale industrial equipment, we can customize it on demand to ensure a perfect fit.
In addition, for special application scenarios, special surface treatments can also be customized. For example, adding a sticky coating facilitates installation and fixation without the need for additional fixing devices, saving space and cost. The color can also be customized according to your brand logo or usage environment, adding a personalized touch to the product while meeting functional requirements.
Whether it is in the fields of electronic equipment manufacturing, automotive electronics, industrial automation, or aerospace, our customizable silicone thermal pads can provide professional and efficient heat dissipation solutions with their excellent performance and flexible customization features.
Features:
- Product Name: Silicone Thermal Pad
- Thickness Range: 0.020-0.200mmT
- Operating Temperature: -40°C To 200°C
- Colour: Grey, Blue, Pink, Brown
- Free Samples: Yes
- Fire Performance: V-0
- Material: Conductive Silicone Rubber
- Application: Heat Sink Thermal Pad
Technical Parameters:
| Product Name |
Heat Sink Thermal Pad |
| Material |
Conductive Silicone Rubber, High Temperature Silicone Rubber |
| Free Samples |
Yes |
| Thickness Range |
0.020-0.200mmT |
| Thickness |
0.3mm-15mm |
| Fire Performance |
V-0 |
| Dielectric Constant |
3.49~9.8@1MHz |
| Operating Temperature |
-40°C To 200°C |
| Specific Heat Capacity 25℃ |
1.0~0.5J/(kg•℃) |
| Volume Resistivity |
1.0*10^13Ω*cm |
| Density |
3.0±0.5 G/cm³ |
| Hardness |
Shore 30±5 |
Applications:
The Race Silicone Thermal Pad, model numbers GTP010~GTP012, is a high-quality product made in China with certifications such as ISO9001, ISO14001, and TS16949. This product is perfect for use in high-temperature environments due to its high temperature silicone rubber material. Its volume resistivity of 1.0*10^13Ω*cm and hardness of Shore 30±5 make it suitable for use in a variety of applications.
The Race Silicone Thermal Pad is also conductive, making it an ideal product for use in electronic devices such as CPUs. Its moldability for complex parts allows for a customized fit to ensure maximum efficiency.
With low MOQ and negotiable pricing, the Race Silicone Thermal Pad is an affordable option for businesses of all sizes.
Whether used in the automotive, aerospace, or computer industries, the Race Silicone Thermal Pad is an essential product for ensuring the safe and efficient operation of equipment. Its packaging details can be customized to meet customer requirements, and delivery time is typically 7 days.
Payment terms for the Race Silicone Thermal Pad are 30% TT in advance, with the balance payment paid before shipment. With a supply ability of 1000000 per day, the Race Silicone Thermal Pad is readily available for all your business needs.
So, whether you're looking for a product to use in a high-temperature environment or a conductive silicone rubber for your CPU, look no further than the Race Silicone Thermal Pad, made in Dongguan, China.
