Thermal conductive silicone products are a type of functional product made by utilizing the thermal conductivity characteristics of silicone materials. If the viscosity of thermal conductive silicone is properly controlled, it will feel more delicate and convenient. Silicone is easy to apply evenly, fill gaps, and thus achieve good thermal conductivity. Before solidification, it belongs to a fluid state with fluidity, and before solidification, it belongs to a fluid state with fluidity. The viscosity of the adhesive liquid varies depending on the material, performance, and production process of the product. Only after the sealing adhesive is completely cured can its use value be realized. After curing, it can play a role in water prevention, dust prevention, insulation, thermal conductivity confidentiality, temperature resistance, and shock resistance.

The thermal conductive silicone products of Zhenkun Chemical have the characteristics of high thermal conductivity, non corrosion, non curing, good insulation, high and low temperature resistance, wide application, high temperature resistance and non curing. In addition, they also have the following significant features:

1. Efficient heat dissipation and temperature control of equipment: By filling the gaps between heating elements (such as chips, power devices) and heat sinks or shells, eliminating air gaps (poor thermal conductivity of air), heat is quickly dissipated, avoiding performance degradation or damage to equipment due to overheating.

Nowadays, thermal conductive silicone products can be widely used in various industries such as computer and GPU heat dissipation, power modules, LED lamps, automotive electronic components, wearable, consumer electronics industries, automobiles, new energy industries, precision electronic appliances, high-speed motor industries, electronic control boards, acoustic speakers, microelectronic cameras, power supplies, controllers, instruments and meters, two wheelers, and home appliances.

2. Insulation and Protection: Most thermal conductive silicone products have insulation properties, which can prevent component short circuits and ensure equipment safety, such as isolating thermal conductivity in high-voltage electrical components.

What are the precautions for using thermal conductive silicone sheets? You know what?

Firstly, the working temperature range: Conventional silicone film can withstand temperatures ranging from -40 ℃ to 180 ℃, but long-term use in environments above 150 ℃ can accelerate aging (it is recommended to maintain a temperature resistance of ≤ 120 ℃). High temperature scenarios (such as car engine compartments) require the selection of modified silicone sheets that can withstand temperatures above 200 ℃;

Secondly, environmental adaptability: if in a humid environment, it is necessary to avoid using ordinary silicone sheets and choose waterproof coating treatment or potting products; UV aging resistance is required to prevent hardening and cracking caused by long-term exposure to sunlight.

Again, when in contact with metals such as aluminum and copper, it is necessary to confirm that the silicone film does not contain corrosive substances (such as chloride ions) to prevent metal oxidation; When in contact with plastic components such as PC and ABS, avoid the migration of silicone film plasticizers that may cause plastic swelling