In high-end fields like new energy vehicles and photovoltaic power plants, electronic components face multiple challenges from high temperatures, vibrations, and chemical corrosion. IOTA GNJ 3250H High-Temperature Resistant Two-Component Silicone Gel stands out as the "protective armor" for IGBT modules, automotive electronics, and solar cells, thanks to its temperature resistance exceeding ordinary silicone gels. This transparent gel features a medium-viscosity design balancing potting fluidity and process controllability, supporting room-temperature or high-temperature (80-120℃) rapid curing, fundamentally solving material performance degradation in high-temperature scenarios.

Key Advantages: Redefining High-Temperature Protection Standards

• Superior High-Temperature Resistance: After curing, it works stably at -60℃ to 250℃ for long-term use, with short-term resistance up to 300℃, perfectly adapting to heat dissipation and insulation needs of high heat flux components like IGBT modules and high-power rectifier bridges.
• Extreme Material Compatibility: Low-hardness elastomer (shore 00 30-50) ensures stress-free potting, with shrinkage <0.3%; 100% no small-molecule silicone oil precipitation, zero corrosion to aluminum, copper, PCB boards, passing strict electrochemical migration tests.
• Full-Scene Environmental Tolerance: Excellent weathering resistance (no yellowing after 5000 hours of UV irradiation), ozone resistance, and chemical resistance (resistant to mineral oil, ethylene glycol corrosion), ensuring over 20 years of service life for outdoor equipment.

Precisely Matching High-End Application Scenarios

• New Energy Vehicles: Used for potting IGBT modules in electric drive systems, reducing the risk of solder joint detachment caused by thermal cycle stress; protection for BMS circuit boards, enhancing vehicle reliability under extreme working conditions.
• Photovoltaics and Energy Storage: Potting power modules of solar inverters, suppressing partial discharge (PDIV＞3kV); insulation filling between battery cells in energy storage battery packs, balancing heat dissipation and shock resistance.
• Industrial and Optoelectronic Equipment: Encapsulation of high-temperature sensors and laser diodes (LD), ensuring stable signal transmission in high-temperature environments such as metallurgy and aviation.

As the representative of Anhui IOTA Silicone Oil Co., Ltd.'s high-end high-temperature resistant product line, IOTA GNJ 3250H has passed multiple international certifications such as SGS and UL, providing full technical support from laboratory trials to mass production. Choose IOTA GNJ 3250H to make high temperature no longer a performance bottleneck for electronic equipment, and build an "uncompromising" protective barrier for core components.