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Adhesive Materials
0.8W Thermal Conductive Silicone Adhesive (Customizable)
DTP1315 is a silicone-based thermal interface material, formulated with silicone resin as the matrix, filled with ceramic powder and metal oxides, and manufactured through a specialized process. It is a one-component white paste with strong adhesion, waterproof and sealing properties, and excellent mechanical strength, exhibiting good bonding performance to most metallic and non-metallic materials.
2W TIM1 Thermal Silicone Adhesive (Customizable)
DTP2522 is a one-component semi-flowable TIM1 thermal interface material (TIM), formulated with silicone resin as the matrix, filled with ceramic powder and metal oxides, and manufactured through a specialized process.This thermal interface material achieves rapid curing when heated to 150℃, with the bonding effect improving as the heating time extends. Compared with other thermal interface materials, it offers excellent applicability, superior surface compatibility, reliable electrical insulation, and strong adhesion.
TIM1 Thermal Silicone Adhesive (Customizable)
TIM1 thermally conductive adhesive is a single-component, semi-flowing TIM1 material made by using silicone resin as the matrix, with ceramic powders and metal oxides filled, and processed through a special process. This thermal interface material can rapidly cure when heated to 150℃; the longer the heating time, the better the bonding performance. Compared to other thermal interface materials, TIM1 boasts excellent applicability and surface compatibility, superior electrical insulation, and strong adhesion. We deliver tailored packaging and labeling.
Thermal Conductive Silicone Adhesive (Customizable)
Silicone adhesives are a class of single-component or two-component adhesives based on silicone polymers, renowned for their unique and comprehensive performance. Their core advantages lie in their exceptional resistance to high and low temperatures, weathering resistance, and high elasticity, which enable them to effectively buffer vibrations and thermal expansion/contraction stresses. Additionally, they exhibit excellent electrical insulation properties and chemical inertness.We deliver tailored packaging and labeling.