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.
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basic information
▪️Conductive heat dissipation paint Thermal conductivity: 7 < W/mK Applicable substrates: Plastic, metal, rubber Color: Black or gray *Since it is conductive, rust prevention treatment may be necessary depending on the type of metal and usage environment. ▪️Insulating heat dissipation paint Color: White or gray Dielectric strength: DC 5kV or more (50μm)
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Applications/Examples of results
▪️ Carbon heat dissipation paint Samples available ▪️ Insulating heat dissipation paint: Industrial machine parts, agricultural machinery
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Company information
Kawamura Research Institute boasts a history of over 100 years and has incorporated cutting-edge academic knowledge into product research and development. We pursue practical applications across a wide range of fields and support the operation and introduction of solid film lubricating coatings that require specialized technology to meet user needs in detail. Additionally, we have received high recognition in academic fields and present our research at various academic societies and international conferences. As a result, we have gained deep trust not only from companies in Japan but also from industries around the world. Moving forward, we will continue to leverage our exceptional research and development capabilities and precise consulting skills to provide ultra-high-performance solid film lubricating coatings that meet user needs. Furthermore, we are focusing on the development of coatings with diverse functions, such as conductivity, insulation, heat dissipation, thermal insulation, transparency, rust prevention, and nanoparticle composites, by applying the dispersion and coating technologies we have cultivated over many years. Kawamura Research Institute is committed to merging scientific knowledge with innovative technological capabilities to create products that respond to future needs. We will collaborate with our customers as partners supporting sustainable industrial development and grow together.
