In the era of miniaturized electronics, moisture, high-temperature aging, yellowing, and maintenance challenges lurk like silent "corrosive agents," threatening the lifespan and performance of transistors and ICs. Enter IOTA 3128 phenyl silicone gel—with "six-dimensional protection" technology, it builds an unshakable barrier for electronic components.

As a dual-component organosilicone, it’s a "smart key" for flexible curing: room-temperature curing without high equipment, or rapid heating for production acceleration. This adaptability makes it easy to integrate into R&D and mass production across industries.

Facing extreme environments—-100°C cold or 300°C heat—it delivers exceptional elastic performance post-curing, with 50% higher shock resistance than conventional gels. Over time, its 98% transmittance and zero yellowing preserve optical clarity in sensors and lenses. More critically, it eliminates solvent residues and byproducts, achieving deep curing without voids—even in sealed electronic encapsulation, ensuring stable protection from the inside out.

Low stress design adds another "user-friendly" edge: nearly no internal stress after curing, so components resist cracking from thermal expansion or mechanical vibration. Even minor damage can be easily repaired, extending product lifespan and reducing maintenance costs. From server chip encapsulation to automotive electronic aging protection, and aerospace optical bonding, IOTA 3128 proves with "heat-resistant durability and corrosion-proof reliability" that every connection can be trusted, every precision can endure.

It’s not just a "protective coat" for electronics—it’s a "light-transmitting guardian" for optics. When you need a "breathable protective layer" for transistors or "never-fading clarity" for optical lenses, IOTA 3128 phenyl silicone gel writes a new legend of durability in electronics and optics.