For automotive and renewable energy applications demanding long-term reliability, IOTA GNJ 3250LC provides bubble-free encapsulation with rework-friendly properties, protecting sensi......
2026-03-20For automotive and industrial displays requiring bubble-free bonding, IOTA GNJ 3250OCR two-part gel delivers flawless optical performance with production-friendly processing: K......
2026-03-19For automotive, renewable energy, and power electronics, IOTA GNJ 3250 two-part gel combines dynamic self-repair with environmental resistance, delivering next-generation encapsulati......
2026-03-18For IGBTs, automotive LEDs, and precision sensors, IOTA GNJ 3450 two-part addition-cure gel combines self-repair capability with optical clarity, delivering next-generation protectio......
2026-03-17In automotive, tablet, and PC display manufacturing, lamination quality determines visual clarity and device longevity. IOTA GNJ 3650OCR, a two-part addition-cure silicone gel, delivers micron-leve......
2026-03-17In automotive, telecom, and high-density electronics, thermal management efficiency and assembly simplicity are critical. IOTA GNJ 3125, a ready-to-use one-part thermal gel, eliminates mixing/curin......
2026-03-16Thermal management is critical in EVs, energy storage, and high-power electronics. IOTA GNJ 3200PC, a two-part addition-cure silicone gel, combines 2W/(m·K) thermal conductivity with soft compressi......
2026-03-16In power electronics, automotive, and renewable energy applications, component longevity demands robust protection. IOTA GNJ 3250N, a two-part medium-viscosity silicone gel, delivers stress-free en......
2026-03-13In power electronics, automotive, and renewable energy applications, high-temperature resilience is critical for device reliability. IOTA GNJ 3250H, a two-part silicone gel engineered for extre......
2026-03-12In automotive, renewable energy, and industrial sectors, electronic components demand robust environmental resistance. IOTA GNJ 3250LC, a two-part medium-viscosity silicone gel, offers comprehensive p......
2026-03-11In automotive displays, tablets, and monitors, optical clarity, adhesion strength, and process efficiency are critical for flawless screen lamination. IOTA GNJ 3250OCR, a two-part addition-cure......
2026-03-10In high-tech fields like automotive electronics, solar panels, and sensors, the longevity and environmental resistance of components are critical. IOTA GNJ 3250, a medium-viscosity, two-part additi......
2026-03-10Core Value IOTA GNJ 3450 two-component 1:1 addition-cure silicone gel features "low-viscosity rapid curing + transparent self-healing" as its core, providing potting protection for IGBT, LDE lamps......
2026-03-09Core Value IOTA GNJ 3650OCR two-component addition-cure silicone gel features "low viscosity self-leveling + high optical performance" as its core advantage, designed for full lamination of automo......
2026-03-09Core Value IOTA GNJ 3125 one-component pre-cured thermal silicone gel features "no mixing/curing required + high surface adhesion", designed for heat dissipation bonding in automotive electronics,......
2026-03-06