In the electronic and optical fields, where the requirements for material performance are extremely stringent, Phenyl Silicone Gel IOTA 3128 stands out as an ideal choice for numerous applications due to its exceptional characteristics.

It is a two-component addition-curing silicone gel. The curing process is highly flexible. It can cure naturally at room temperature or achieve rapid curing through heating, significantly saving time costs and meeting the needs of different production rhythms.

In terms of performance, it is truly versatile. It boasts excellent low-temperature resistance, remaining stable even in extremely cold environments. Its high-temperature aging resistance is outstanding, allowing it to withstand long-term high-temperature exposure without damage. Meanwhile, it has excellent insulation properties, effectively ensuring the safe operation of electronic components. The low-stress feature enables it to maintain elasticity over a wide temperature range after curing, making it easier to repair if damage occurs.

For optical instruments, its high light transmittance and long-term yellowing resistance make it an ideal elastic adhesive, ensuring the accuracy and stability of optical instruments. During the curing process, no by-products are generated, with low volatiles and no solvents, enabling deep curing and ensuring the uniformity and stability of the material interior.

Additionally, it has good waterproof, moisture-proof, and anti-aging properties, effectively protecting electronic components from the effects of moisture and aging. Whether used as a moisture-proof material for electronic components, an inner coating material for transistors and integrated circuits, or an elastic adhesive for optical instruments, Phenyl Silicone Gel IOTA 3128 can perform excellently, making it a choice you can trust!

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