In the fields of precision instruments and high-end electronic encapsulation, a novel material known as "Phenyl Silicone Rubber Elastic Paste" is gaining favor. This material combines the stability of a solid with the flowability of a liquid, offering an innovative solution for micro-stress buffering and complex cavity filling.

This elastic paste is a non-curing, permanently tacky paste. Its unique phenyl structure provides it with exceptional resistance to high and low temperatures, electrical insulation, and chemical inertness. It can be easily applied manually or dispensed by equipment around components requiring protection, effectively absorbing shock and vibration energy to mitigate stress. Meanwhile, it fully fills irregular spaces, forming a reliable barrier against moisture and dust.

Currently, this material is widely used in the internal protection of aviation navigation systems, precision sensors, circuit board modules, and connectors. Its characteristic of "using softness to conquer hardness" significantly enhances the long-term stability and service life of precision equipment under harsh operating conditions, making it an indispensable "cushioning guardian" in high-end manufacturing.