In modern industrial production, the demand for high-performance adhesive materials is increasing day by day. The IOTA 69102 addition-curing one-component thermally conductive adhesive material has emerged as the times require. With its excellent comprehensive performance, it provides reliable solutions for numerous industries.

I. Product Overview
The IOTA 69102 is specifically designed to meet the stringent requirements of industrial bonding and heat conduction. As a one-component material, it simplifies the construction process. There is no need for on-site mixing and blending, which greatly improves the operational convenience. It performs exceptionally well in various scenarios where high bonding strength and thermal conductivity are required.

II. Characteristic Advantages
Construction Convenience: It uniquely supports two construction processes, namely stencil printing and dispensing. Whether it is the assembly of delicate electronic components or the bonding of large-area materials, it can apply the adhesive precisely, ensuring both construction efficiency and quality.

Low BLT Characteristic: The low BLT effectively enhances the stability of the material under complex working conditions, reducing performance fluctuations caused by environmental factors and laying a foundation for the long-term and reliable operation of products.

Excellent Bonding Ability: It has a powerful bonding performance and can form strong chemical bonds between different materials, ensuring the high strength and durability of the bonded parts and reducing the risk of debonding.

Rapid Curing: Under the condition of 150°C, it can quickly complete the curing process and form a stable bond in just 30 minutes, greatly shortening the production cycle and improving the production efficiency of enterprises.

Stable Thermal Resistance: The low thermal resistance change rate ensures that the material maintains stable thermal conductivity performance during long-term use and temperature changes, ensuring that the heat dissipation effect remains lasting and stable.

Good Flexibility: The flexibility of the material endows it with excellent stress release ability, which can effectively cope with the stress generated by temperature changes, mechanical vibrations, etc., and prevent the bonded parts from cracking.