RoHS + REACH + High Thermal Conductivity – The Compliance-Ready Silicone Solution
Regulatory compliance can be a bottleneck in material selection, especially for products destined for European or North American markets. The IOTA-HTV 330 series removes that obstacle from day one. Every grade in this line is certified RoHS-compliant and REACH-registered, so you can focus on engineering performance rather than paperwork.
But compliance doesn’t mean compromise. This series achieves thermal conductivity ranging from 1.0 to 2.5 W/(m·K), covering a broad spectrum of heat dissipation needs. Whether you are designing a thermal pad for a server CPU or a conductive tape for LED lighting modules, the HTV 330 family delivers consistent, repeatable thermal performance.
The DBPMH curing system further enhances reliability by providing excellent heat aging resistance. Components made from these materials maintain their physical properties even after extended exposure to elevated temperatures—critical for automotive under-hood and industrial power supply environments.
Moreover, the materials are supplied as ready-to-mold compounds with clear processing guidelines. With a recommended curing time of just 5 minutes at 175°C and 15 MPa, they integrate smoothly into existing compression molding workflows. No special modifications, no exotic handling—just reliable output.
Packaging is practical and production-friendly: 20 kg per carton, with a 12-month shelf life under ambient storage. For best results, the manufacturer recommends using within three months of opening, though extended mixing times can rejuvenate older material after quality verification.
In a world where supply chain transparency matters more than ever, the IOTA-HTV 330 series offers both documented compliance and proven thermal performance. It’s not just a material—it’s a responsible choice.