IOTA GNJ 3250H High-Temp Silicone Gel – Ultimate Protection for Extreme Environments

Key Benefits ✅ Superior Heat Resistance -50℃~200℃ continuous operation (250℃ peak) <10% hardness change @200℃/1000h vs standard gels >95% ......

2026-04-16

IOTA GNJ 3250LC Two-Part Silicone Gel – Complete Protection for Precision Electronics

Automotive, renewable energy and industrial applications demand robust protection against moisture, vibration and thermal extremes. IOTA GNJ 3250LC delivers uncompromising performance wit......

2026-04-15

IOTA GNJ 3250OCR Optical Grade Silicone Gel - Professional Solution for Display Lamination

Optical Excellence High light transmittance for clear display Low haze maintains color accuracy Excellent anti-yellowing performance ......

2026-04-15

IOTA GNJ 3250 Two-Part Silicone Gel – Self-Healing Protection for Electronics

Automotive, renewable energy and industrial applications demand robust defense against environmental stresses. IOTA GNJ 3250 delivers breakthrough protection with its self-repairing techn......

2026-04-14

IOTA GNJ 3450 Two-Part Silicone Gel – Self-Healing Encapsulation for Electronics

For power electronics, LED lighting and automotive applications demanding both protection and optical clarity, IOTA GNJ 3450 redefines reliability with its self-repairing capability and e......

2026-04-14

IOTA GNJ 3650OCR Optical Grade Silicone Gel – Flawless Display Lamination

For automotive cockpits and consumer electronics requiring pristine optical performance, IOTA GNJ 3650OCR sets the standard with its ultra-clear formulation and precision bonding capabili......

2026-04-13

IOTA GNJ 3125 One-Part Pre-Cured Thermal Gel – Plug-and-Play Cooling Innovation

Modern electronics demand thermal solutions that combine performance with process simplicity. IOTA GNJ 3125 breaks new ground with its ready-to-use formulation and engineered thermal prop......

2026-04-10

IOTA GNJ 3200PC Thermal Conductive Gel – Intelligent Cooling for Power Batteries & Electronics

High-power applications demand thermal materials that combine efficiency with reliability. IOTA GNJ 3200PC, a 2W/m·K addition-cure silicone gel, delivers breakthrough performance with UL94 V-0......

2026-04-09

IOTA GNJ 3250N Low-Cyclic Silicone Gel – Next-Gen Protection for Electronics

In power electronics, automotive and renewable energy applications, IOTA GNJ 3250N sets new benchmarks with its ultra-pure formulation and exceptional long-term stability. Key Benef......

2026-04-08

IOTA GNJ 3250H High-Temperature Silicone Gel – Ultimate Protection for Extreme Environments

Power electronics, automotive and renewable energy applications demand reliable performance under extreme temperatures. IOTA GNJ 3250H, a high-temperature resistant silicone gel, delivers unma......

2026-04-07

IOTA GNJ 3250LC Two-Part Silicone Gel – Complete Protection for Delicate Electronics

IOTA 3128 ......

2026-04-07

IOTA GNJ 3250OCR Optical Grade Silicone Gel – Flawless Display Lamination

For automotive cockpits and consumer electronics requiring pristine optical performance, IOTA GNJ 3250OCR sets the standard with its ultra-clear formulation and precision bonding capabili......

2026-04-03

IOTA GNJ 3250 Two-Part Silicone Gel – Complete Protection for Precision Electronics

Automotive, renewable energy and industrial applications demand robust protection against moisture, vibration and thermal extremes.  delivers 360° defense with its self-healing technology an......

2026-04-02

IOTA GNJ 3450 Two-Part Silicone Gel – Advanced Transparent Encapsulant for Electronics

For power electronics, LED lighting and automotive applications requiring both protection and optical clarity, IOTA GNJ 3450 delivers breakthrough performance with its self-healing capabi......

2026-04-01

IOTA GNJ 3650OCR Optical Grade Silicone Gel – Ultimate Solution for Display Lamination

In automotive cockpits and consumer electronics, display lamination quality determines optical performance and product longevity. IOTA GNJ 3650OCR, a premium two-part addition-cure silicon......

2026-03-31