Hits: 610 img
As electronic devices evolve toward higher power and miniaturization, reliable thermal protection and insulation for IGBT modules, automotive electronics, and solar cells have become critical. IOTA 6250H High-Temperature Silicone Gel redefines standards for electronic potting materials, offering unmatched performance to safeguard precision electronics.

Key Advantages: High-Temp Resistance & Long-Term Protection
IOTA 6250H is a two-component silicone gel engineered for extreme heat environments, featuring medium viscosity, transparency, and flexible curing options—room-temperature or heat-accelerated curing to adapt to diverse production needs. Curing forms a low-hardness elastomer with minimal shrinkage, zero corrosion, and no low-molecular silicone oil migration, ensuring stable chemical properties to protect microelectronics from moisture, corrosion, and mechanical stress. Its standout feature is superior high-temperature resistance, outperforming standard silicone gels to maintain insulation and protection in extreme thermal conditions, making it ideal for high-power components.
Versatile Applications: New Energy, Automotive & Precision Manufacturing
Performance You Can Trust: From Production to Operation
Odorless after curing, IOTA 6250H is non-corrosive to metals and plastics, ensuring long-term stability of electronic components. Its low hardness buffers thermal expansion stress, preventing damage to sensitive parts during temperature cycles, while transparency enables post-installation inspection and repairs, reducing maintenance costs. Whether in harsh automotive environments or outdoor new energy systems, IOTA 6250H delivers "high heat resistance, low shrinkage, and long life" to empower your products with reliable silicone-based protection.
Choose IOTA 6250H—where precision electronics meet uncompromising thermal defense.
To learn more, please click IOTA DZ125