Against the backdrop of the precision and miniaturization development of electronic equipment, the industry pain points such as vulnerable erosion of various components in complex environments and insufficient protection stability can be fully solved by high-performance addition-type electronic potting silica gel. With excellent comprehensive performance, this two-component room-temperature vulcanized silicone rubber overcomes the shortcomings of traditional protective materials such as high viscosity, poor adaptability and single protection dimension. It has become a preferred material for the sealing protection of electronic components and ensures the long-term stable operation of various electronic equipment.



Nowadays, electronic equipment has been applied in increasingly diverse scenarios, including complex working conditions such as outdoor environments, humid environments and alternating high and low temperature environments, bringing multiple tests to the protection of electronic components. Most traditional potting materials have high viscosity, which cannot adapt to the potting needs of precision miniaturized components, easily causing insufficient potting and internal gaps and failing to achieve all-round sealing. Meanwhile, ordinary protective materials have poor weather resistance. They are prone to aging, cracking and protection failure when facing temperature changes, air oxidation, dust and water intrusion, and slight vibration impact, resulting in short circuits and performance attenuation of electronic components, greatly shortening the service life of equipment and increasing enterprise operation and maintenance costs. In addition, some materials have single protection functions and cannot meet multiple needs of waterproofing, shock resistance, oxidation resistance and chemical corrosion resistance simultaneously.

Targeting common industry pain points, the addition-type electronic potting silica gel has achieved all-round technical upgrades to accurately meet the needs of various electronic protection scenarios. Adopting an addition reaction process, this two-component room-temperature vulcanized material requires no high-temperature curing and features convenient operation and wide adaptability. It can be flexibly used in various processes such as coating, lamination, encapsulation and molding, suitable for the sealing and protection of most electronic components. In terms of application characteristics, the product has low viscosity and excellent fluidity, which can quickly fill the tiny gaps of components and realize full-angle dead-angle-free potting, completely solving the problem of insufficient potting of precision devices.

In terms of protection performance, this potting silica gel has comprehensive environmental tolerance and can stably adapt to alternating high and low temperature working conditions to avoid damage to components caused by extreme temperatures. It also integrates waterproof, fireproof, shockproof and anti-oxidation functions, which can effectively isolate the erosion of external harmful substances such as dust, ozone and chemical reagents, and buffer vibration and impact during equipment operation. With stable and reliable protection performance, convenient construction conditions and long service life, addition-type electronic potting silica gel has been widely used in the field of electronic equipment protection, effectively reducing equipment failure rates and enterprise operation costs, and providing solid material support for the high-quality development of the electronic industry.