Ultra flexible thermal conductive material is a special functional material based on inorganic substances, with high conductivity and high specific heat capacity

    Thermal conductive materialIt is a new type of industrial material. These materials have been designed in recent years to meet the thermal conductivity requirements of equipment, with excellent performance and reliability. They are suitable for various environments and requirements, and have proper countermeasures for possible thermal conductivity problems. They provide powerful assistance for the high integration of equipment and ultra small and ultra-thin design. This thermal conductivity product has been increasingly applied to many products, improving their reliability.

Thermal conductive materials can mainly be divided into synthetic graphite thermal conductive filmThermal pad, thermal conductive gel, thermal conductive grease and thermal conductive phase change materials are mainly used to eliminate surface hot spots and solve the heat dissipation problem of electronic products and semiconductor chips such as smart phones, tablets, consumer electronics, etc.

Thermal conductive materials are one of the most widely used materials in industrial production. The performance of thermal conductive materials directly affects the quality, cost, efficiency, and lifespan of products. Therefore, choosing suitable thermal conductive materials is very important.

Ultra flexible thermal conductive materialIt is a material used to manufacture thermal conductive components or channels, usually composed of substances such as polymers, metals, or alloys.

The characteristics of ultra flexible thermal conductive materials include: high thermal conductivity: Ultra flexible thermal conductive materials have excellent thermal conductivity, usually reaching higher thermal conductivity than traditional thermal conductive materials, thereby improving the heat dissipation performance of equipment.

Easy to manufacture: Ultra flexible thermal conductive materials can usually be manufactured through different manufacturing processes, such as hot pressing, hot melting, etc., making it easy to mix and process with other materials.

Good stability: Ultra flexible thermal conductive materials are usually flexible materials with high thermal conductivity, so they can maintain good stability in high temperature environments.

Ultra flexible thermal conductive material is a special functional material based on inorganic substances, with high conductivity and high specific heat capacity. It has the following characteristics:
1. Conductivity. The resistance value of ultra flexible thermal conductive materials ranges from 1015 to 1017 ohms · meters, and their conductivity is comparable to that of metals, and they are not affected by temperature changes. Even at high temperatures, they have a high conductivity coefficient and can replace metals such as copper.
2. Thermal conductivity. The heat transfer coefficient of ultra flexible thermal conductive materials increases with temperature, reaching up to 5300 watts per meter per hour. When the temperature is below 0 ° C, its heat transfer coefficient remains almost unchanged.
3. Strength. After testing, this type of material has a fracture strength of over 1000 kilograms per square centimeter and a compressive strength of 1500 kilograms per square centimeter.
4. Hardness. This type of material has a Mohs hardness of up to level 8 (equivalent to diamond) and good wear resistance.
5. Stability. This type of product has good chemical stability and oxidation resistance, and is not easily corroded.
6. High temperature characteristics. Due to its high temperature resistance, it can be used at temperatures up to 600 degrees Celsius.
7. Environmental protection. Due to the absence of heavy metals such as lead, it does not pollute the environment and meets the requirements of green environmental protection