In fields such as precision electronic manufacturing and optical instrument assembly where the requirements for material stability are extremely high, ordinary protective adhesive materials often find it difficult to balance the multiple needs of construction convenience, wide temperature adaptability and optical performance. Relying on the mature phenyl-modified silicone system, phenyl silicone gel IOTA GNJ 3128H provides a safe and reliable adapted solution for such scenes.

IOTA GNJ 3128H is a two-component addition-type silicone gel with a flexible and user-friendly curing method. It supports natural curing at room temperature, which can adapt to the operation rhythm of conventional production lines without additional heating equipment. It can also be rapidly cured through heating, significantly compressing the production waiting period and meeting the delivery requirements of batch express orders. With excellent high and low temperature resistance, it can serve stably in the wide temperature range from -59°C to 250°C for a long time. Even in working conditions with sudden changes in outdoor temperature differences or continuous high temperatures of industrial equipment, it can maintain stable performance without significant decay.

This product uses a low-stress formula. After curing, it always maintains elasticity within a very wide temperature range. It can not only buffer the deformation stress caused by the thermal expansion and contraction of components to prevent precise electronic elements from being damaged by external compression, but also makes dismantling and repairing work very simple when inspection and debugging of elements are required. Possessing high translucency, it can maintain resistance to discoloration over long-term use, perfectly matching the elastic bonding requirements of optical instruments without interfering with the normal transmission of optical signals.

During the curing process, there are no by-products, low volatility, and solvent-free, allowing for deep curing without residual impurities in element seams affecting operational stability. At the same time, it combines good water-proofing, moisture-proofing and anti-aging properties, capable of building a long-lasting protection barrier for elements. Widely used in electron element moisture-proofing, transistor and integrated circuit encapsulation, optical instrument elastic bonding and all types of precision electron element protection, it is a trusted protection product in the field of precision manufacturing.