IOTA
For power batteries and electronics, overheating risks performance and safety. IOTA GNJ 3200PC addition-cure silicone thermal gel delivers unmatched heat dissipation with 2W·m-1·K-1 condu......
2025-10-27As electronic devices evolve towards higher precision and performance, IOTA GNJ 3250LC two-part silicone gel stands out as the go-to material for encapsulating automotive electronics, sol......
2025-10-24As electronic devices evolve towards higher precision and performance, IOTA GNJ 3250N two-part silicone gel stands out as the go-to material for encapsulating IGBT modules, automotive ele......
2025-10-23In the era of rapid development of electronic devices, the heat dissipation problem has become a key factor restricting the stable performance of these devices. The single - component pre - cured t......
2025-10-22In the field of full - lamination for electronic device screens, an organosilicon gel with excellent performance is of utmost importance. IOTA GNJ 3650OCR two - component addition - type organosili......
2025-10-21In today's era of rapid electronic technology development, the requirements for protecting electronic components have become increasingly stringent. IOTA 6250H high - temperature - resistant organo......
2025-10-20In the era of rapid development of power batteries and electronic devices, heat dissipation has become crucial for ensuring their performance and lifespan. IOTA DZ6200PC addition - type silicone th......
2025-10-17In the electronic and optical fields, where the requirements for material performance are extremely stringent, Phenyl Silicone Gel IOTA 3128 stands out as an ideal choice for numerous applications ......
2025-10-16In today’s era of escalating electronic device demands, traditional thermal solutions struggle to meet precision component requirements due to complex processes and poor adaptability. IOTA DZ125 si......
2025-10-15When high-power electronic components like chips or battery cells overheat due to accumulated heat, performance degradation or even safety risks loom as threats. Enter IOTA DZ6200PC, a two-part org......
2025-10-14IOTA 3128 phenyl silicone gel is a two-component addition-cure silicone material engineered for high-end protection of electronic components and optical devices. It supports room-temperature curing or......
2025-10-13IOTA 6250 is a high-performance two-component silicone gel designed with a 1:1 mixing ratio, combining medium viscosity fluidity and fast-curing properties. It supports room-temperature or heat......
2025-10-11Product Introduction IOTA 6250N/6250M is a high-performance two-component silicone gel engineered for encapsulation and protection of electronic components. Designed to meet the rigorous demands o......
2025-10-10As power batteries and electronic devices trend toward higher power and miniaturization, thermal management has become critical to product stability. IOTA DZ6200PC, an addition-cure silicone therma......
2025-10-09As 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......
2025-09-30
