Thermally conductive composite powder can build a complete thermal conductivity path in the adhesive, endow the adhesive with good heat dissipation characteristics, and can also provide new heat dissipation solutions for some electronic components and heating components in the service terminal.
Thermally conductive composite powder can build a complete thermal conductivity path in the adhesive, endow the adhesive with good heat dissipation characteristics, and can also provide new heat dissipation solutions for some electronic components and heating components in the service terminal.
Battery thermal pads, power module potting compounds.
High-Performance Plastics & Coatings
Thermally conductive plastics for housings, heat-resistant coatings.
5G & Telecommunications
Base station components, RF amplifier cooling.
Advantages Over Conventional Fillers
✔ Higher filler loading without sacrificing viscosity – Enables better thermal pathways. ✔ Superior mechanical strength – Reduces cracking in cured composites. ✔ Customizable formulations – Tailored for specific conductivity or viscosity needs.
Why Choose This Product?
Proven performance in demanding thermal management applications.
Cost-effective compared to pure metallic or ceramic alternatives.
Scalable production with consistent quality control.
For detailed datasheets or custom requirements, please consult technical support.
Product Introduction
Thermally conductive composite powder can build a complete thermal conductivity path in the adhesive, endow the adhesive with good heat dissipation characteristics, and can also provide new heat dissipation solutions for some electronic components and heating components in the service terminal.
