Carbon-based heat dissipation paint utilizing nanodispersion technology.
Our nanomaterial high dispersion technology enables optimal thermal problem solutions.
Our company utilizes a unique dispersion formulation technology to achieve an exceptionally high level of dispersion of nano-carbon materials (such as graphene and CNT) and ceramic particles. This technology is important because improved dispersion significantly enhances the thermal conductivity of the materials. Specifically, finely dispersed nanomaterials can maximize the excellent thermal conductivity inherent in the material. Additionally, by dispersing while maintaining the shape of the materials, a uniform thermal conduction pathway is formed, allowing for efficient diffusion of heat. As a result, cooling of heat-sensitive devices and components can be performed more quickly and effectively, contributing to a reduction in failure rates and an improvement in performance. We leverage these high thermal dissipation capabilities to develop and provide dispersion liquids and coatings tailored to our customers' specific needs. We offer a wide range of products compatible with various substrates such as metals, plastics, and rubber, providing optimal thermal dissipation solutions for each application and environment. Furthermore, by offering prototype coatings and initial samples free of charge, we demonstrate the reliability of our services to customers and provide them with the opportunity to directly experience our technology that enhances thermal dissipation performance.
- Company：川邑研究所
- Price：Other
