The color of thermal conductive silicone pads can be customized according to customer requirements. When purchasing, customers can specify the desired color. Therefore, the hardness of the silicone pads is not related to the color. Here's a small suggestion: if you prefer softer pads, don't choose thicker ones. Instead, choose thinner ones, which will be softer. If there are still questions, please call us at 0755-29860300.

Degree Technology has developed a kind of computer thermal conductive silicone gel sheet, which can be applied to desktop computers, laptops, and other electrical appliances for thermal conductive silicone gel. According to our test, when our thermal conductive silicone gel is applied to the CPU chip of a computer, it can have a cooling effect and reduce the temperature by 10-20 degrees. Therefore, using thermal conductive silicone gel for computers is effective.

Depending on the material of the computer, Degree Technology suggests using a thermal conductive silicone gel sheet as it has certain flexibility, compressibility, and natural adhesion on the surface, which can fill gaps, complete the transmission between the heating and cooling parts, and also play an insulating and shock-absorbing role. It can transfer heat to the surface of the computer case.

Although both graphene and thermally conductive graphite membranes are composed of carbon, their significant differences in molecular structure and density result in huge performance differences. Although the performance of graphene is superior, it has not been widely applied yet, and cannot be produced on a large scale. On the other hand, thermally conductive graphite membrane GS is processed by several special technologies such as chemical high-temperature rolling of graphite powder, and its horizontal thermal conductivity coefficient is 1000w/m-k, with superior heat conduction performance. It has been widely used in many fields such as electronics, communication, lighting, aviation, and national defense industry.

Why does the thermally conductive silicone gasket need to be reinforced with glass fiber? This is because the thinner the thermally conductive silicone sheet is, the worse its tensile strength and voltage resistance performance decrease. In addition, the poor tensile strength of the thermally conductive silicone sheet makes it easy to tear during use.

Because of the different coefficients, there are differences in the thermal conductivity performance of thermal conductive silicone films. Many novice friends don't know how much thermal conductivity the highest thermal conductive silicone film can achieve. According to the analysis of the currently available thermal conductive silicone films in the market, the maximum thermal conductivity coefficient is 5-6w. However, the highest thermal conductivity coefficient in China is currently around 3W. Therefore, when purchasing, manufacturers can choose according to the needs of their own products.

Although the GSJ thermal conductive graphite film is also a thermal conductive medium, there are certain differences between the graphite heat sink film and other thermal conductive materials.
1. Thermal conductivity coefficient: The thermal conductivity coefficient of GSJ thermal conductive graphite film can reach up to 600-1000w/m-k, which is equivalent to 2-3 times that of copper and 3-5 times that of aluminum.
2. Product thermal resistance: For thermal conductive media, thermal resistance is an important factor affecting thermal conduction. The thermal resistance of GS graphite is 40% lower than aluminum and 20% lower than copper.
3. Product material: GSJ thermal conductive graphite film is based on a graphite composite film consisting of carbon molecules with covalent bonds. It has insulating and sticky properties through special processes.
4. Thermal conduction method: Due to the high lateral thermal conductivity coefficient of the GSJ graphite heat sink film, it can quickly diffuse heat horizontally, reducing IC temperature and improving its operating temperature, making the lateral surface heat distribution uniform and eliminating local hot spots.
5. Product thickness: The total thickness of the ultra-thin 0.07mm GSJ graphite heat sink film is beyond the reach of other solid thermal conductive materials. Nowadays, with the realization of miniaturization, thinness, lightness, and convenience in electronic products, the GS graphite film can still be used in small gaps and non-insulating electronic products, to some extent, meeting consumers' requirements for thin and light electronic products.

There are many types of heat-conducting materials on the market. For customers who come into contact with these materials for the first time, it is recommended to provide your product temperature, product structure, gap size and product application to the business. Our business will recommend suitable heat-conducting materials to you according to experience.
For customers who have already used heat-conducting materials, if they need to seek replacement materials, they can first inform the original materials, the reason for the unsatisfactory effect, or consider the cost to replace the suppliers. Our business will recommend cost-effective materials for you to choose according to your needs.

Of course, for materials of rectangular size, if the amount is not large (We can also produce and develop according to the samples you provide, provided that you send the samples to our research and development team for analysis.

Please provide the Length × Width × Thickness of the heat conduction interface material, and we provide cutting service.
For special-shaped sheet materials except rectangle, you need to provide drawings for sales, and then we will find a mold factory to open the mold.

Unit price depends on factors such as material, size, thickness, thermal conductivity coefficient, quantity, adhesive backing, etc. Please inform the requirements at one time as far as possible.
The minimum order quantity is not specified.

The delivery date generally ranges from 3 to 10 days after payment, depending on the quantity of ordered materials and whether there is inventory.

We can provide online and offline payment methods. You can place an order online through Alibaba International. Online payment methods include credit card, PayPal, APPLE_PAY, and transfer.Offline support for WeChat, Alipay, bank transfer, after payment, you need to send a screenshot of the water bill to the business.