BN6 coatings utilize special ceramic filler technology in the thermal management section. The coating itself contains similar properties as graphite, which is a crystalline material with high thermal conductivity. The coating has excellent thermal and radiant properties and is also very stable at high temperatures. It has low thermal expansion, high insulation and low electrical conductivity. The coating is also resistant to corrosion and oxidation and non-toxic. The coating itself has been widely used in many thermal conductive composites. In terms of thermal conductivity, second only to copper.
Due to its superior performance and characteristics, BN6 is widely used in the lighting industry, transportation industry, aviation industry, cooling industry and electronics industry.
BN6 heat sink coating advantages and other attributes
- The coating itself has a high heat transfer property.
- The heat-dissipating coating has anti-corrosion and anti-oxidation effects.
- The coating composition does not cause chemical or electrical insulation.
- The coating is highly stable under high heat conditions.
- The coating itself is a good release agent.
- Non-wetting surface.
- Simple spray cans.
Due to its superior performance and features, BN6 is used in a wide range of applications in the lighting, transportation, aerospace, cooling and electronics industries.
Not all chillers (heat exchangers) are generated accordingly. There are many techniques in the design and construction of coolers, from the choice of materials, air surface areas, process design, etc. will greatly affect the cooling capacity. Simply applying a heat-dissipating coating on the cooler can increase the heat-dissipation area of the object and improve the heat transfer and protection of the alloy.
BN6 improves the heat transfer and heat radiation efficiency of the air conditioner heatsink, and the test data display output is cooled to 3.5 ° Celsius.
The vast majority of transportation vehicles are designed and operated in the normal temperature range. The relative importance of the relative operating temperature is directly related to the emission control, and the fuel quantity and performance also have a very large impact.
In the use of transportation tools, the heat generated by the vehicle itself must be properly excluded so as not to affect the performance and wear of the machine. The same improvement in heat dissipation can also increase performance and protection. The effect of car parts.