Post RFQ
The core technical feature of this product is its high thermal conductivity and excellent insulating performance, which can quickly transfer the heat generated by electronic components to the radiator, reducing the working temperature of the equipment and avoiding performance degradation caused by overheating. The acrylic modified silicone resin matrix has excellent flexibility and weather resistance, adapting to the vibration and temperature changes of electronic equipment. The ceramic particle filling ratio is precisely controlled to balance thermal conductivity and bonding strength, and the product is halogen-free and environmentally friendly, meeting the requirements of electronic product safety certifications. It has good adhesion to most electronic substrates, providing reliable insulation and heat dissipation protection.

The density of the fully cured coating is 2.2g/cm³, with a viscosity of 5000-7000mPa·s at 25℃ before curing. The operating time at 25℃ is 30-45 minutes, and the initial curing is completed in 4h, with full curing achieved after 36h. The thermal conductivity reaches 1.5W/(m·K), which is 3 times higher than that of ordinary epoxy adhesives, and the volume resistivity is as high as 1×10^15Ω·cm, meeting the insulation requirements of electronic and electrical equipment. The tensile bond strength between aluminum substrates is 6.5MPa, and it has excellent resistance to high and low temperature cycles.
This product is mainly used for heat dissipation and insulation protection of electronic and electrical equipment, including bonding and fixing of electronic components such as power modules, LED lamps and motor radiators, insulation protection of motor windings, heat dissipation and sealing of new energy vehicle battery packs, and insulation and wear protection of electrical equipment in the electronic manufacturing industry. It can also be used for bonding and heat dissipation of electronic components in communication base stations and industrial control equipment, improving the operating stability and service life of electronic equipment.