In the lighting manufacturing sector, heat dissipation and bonding have always been key factors affecting product performance and service life. Today, we highly recommend an excellent material that perfectly addresses these challenges - IOTA 68130 condensation-type two-component thermal conductive adhesive.

Excellent Thermal Conductivity for Stable Performance

IOTA 68130 features a thermal conductivity of 0.7 W/m·K. Within its two-component neutral alcohol-cured system, it efficiently establishes heat transfer pathways. Take wall washer lights as an example: during continuous operation, LED chips generate substantial heat. If not dissipated promptly, the lighting efficiency will decrease, and the lifespan will be significantly shortened. By using IOTA 68130, heat generated by the chips is rapidly transferred to heat dissipation components, ensuring stable luminous performance during long-term use and greatly extending the lamp's service life.

Fluid State for Convenient Construction

In a fluid state, this material flows like a dynamic liquid, easily filling gaps and interfaces of complex-shaped lighting fixtures. This advantage is particularly prominent for underground lights that require bonding and heat dissipation in narrow spaces. Construction personnel can conveniently inject the material into specified positions, ensuring precise coverage of all areas needing heat dissipation and bonding. This avoids installation defects caused by difficult construction, significantly improving construction efficiency and quality.

Silicone Formula for Superior Performance

As a silicone thermal conductive encapsulating adhesive, IOTA 68130 boasts outstanding comprehensive properties. With a cured hardness of 40±5 (Shore A), it provides stable support and protection for lighting components, preventing displacement or damage caused by vibration and impact. Meanwhile, the silicone material itself offers excellent resistance to high and low temperatures, high insulation, and strong toughness, ensuring stable operation of lamps in both scorching outdoor environments and cold conditions. It provides reliable protection for various lighting equipment such as decorative lighting.