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Graphene coating for heat dissipation

  • graphene content: wt20%
  • dispersant: 30% , water: 50%, viscosity: 6000 mPa.s
  • Use method: shake up before using
  • substrate surface: no oil, no stitch, no dust, no foreign body,  cleanliness up to Sa2.5(American standard SSPC – SP6) 
    with brush coating, spray, dip coating,  ordinary temperature drying

 

Product Overview

Our Graphene Coating for Heat Dissipation represents a breakthrough in thermal management technology, leveraging the unparalleled thermal conductivity of graphene to improve heat dissipation across a broad range of applications. Designed to meet the demanding requirements of modern electronics, automotive systems, and industrial machinery, this innovative coating facilitates rapid heat transfer, ensuring devices and components maintain optimal performance and reliability.

Key factor

  • Superior Thermal Conductivity: Employs graphene’s outstanding ability to conduct heat, spreading thermal energy quickly and efficiently away from heat sources.
  • Enhanced Device Performance: By improving heat dissipation, the coating helps prevent overheating, reducing the risk of thermal damage and enhancing overall device performance.
  • Versatile Application: Can be applied to a wide variety of materials and components, including metal, plastic, and electronic assemblies, offering broad compatibility.
  • Easy to Apply: The coating is designed for straightforward application, allowing for seamless integration into manufacturing processes and maintenance routines.
  • Durable and Long-lasting: Provides a robust thermal management solution that withstands the rigors of operation in demanding environments, ensuring long-term reliability.

Applications

  • Increased Efficiency: Optimizes the thermal performance of devices and machinery, enabling them to operate more efficiently and with greater energy savings.
  • Extended Lifespan: Helps extend the service life of components by mitigating thermal stress and reducing the likelihood of overheating-related failures.
  • Improved Safety: Reduces the risk of overheating in electronic systems and components, enhancing operational safety and preventing potential hazards.
  • Cost-Effective: By reducing the need for additional cooling systems and minimizing maintenance requirements, the coating offers a cost-effective solution for thermal management.

Advantages

  • Electronics Cooling: Ideal for use in cooling CPUs, GPUs, power electronics, and other heat-sensitive components in computing and telecommunications equipment.
  • Automotive Thermal Management: Enhances the heat dissipation of engine components, brake systems, and battery packs, contributing to improved vehicle performance and safety.
  • LED Lighting: Improves the thermal management of LED fixtures, extending their lifespan and maintaining light output and color stability.
  • Industrial Machinery: Provides effective heat dissipation solutions for machinery and equipment in manufacturing, processing, and energy applications, ensuring stable operation and efficiency.

Why HIYKA

The Graphene Coating for Heat Dissipation ushers in a new era of thermal management, offering unparalleled efficiency and performance enhancements across a variety of industries. By integrating this graphene-based solution into your thermal management strategy, you gain the ability to keep devices cooler, perform better, and last longer. Discover the power of advanced thermal conductivity with our Graphene Coating for Heat Dissipation, where innovative material science meets practical application for cooling solutions.

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    Disclaimer

    The product image(s) shown is a reference for the actual product. While every effort has been made to maintain complete accuracy and up to date product information, it is important to go through details such as product labels, manufacturing details, batch, warnings, and directions before using a packaged product.

    For additional information, please refer to the contact details mentioned on the label. 

    For bulk orders contact us on [email protected]

    Optimized by Optimole
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