Coating Material

CTQ : Understand the customer’s application and determine key performance requirements.

Problem Resolution: Provide technical data such as product physical properties, weather resistance, conductivity/thermal performance, and compliance certifications.

Case Sharing: Share successful solutions from previous projects to offer insights for similar applications.

On-Site Guidance: Offer on-site assistance when needed to support adhesive application, curing, and process optimization.

Application Training: Train the customer’s technical team on adhesive usage and quality control to enhance their application capabilities.

Problem-Solving: Quickly address issues such as adhesion failure or curing anomalies during the usage process and propose effective solutions.

Coatings that supply thermal conductivity are usually less dense, and are applied as thin films. You may have a hard time finding a coating that provides high thermal conductivity at high densities or thicknesses.

Because most thermally conductive coatings contain metals, they are likely to be electrically conductive. Just how electrically conductive they are depends on the polymer base (if any) that the coating has. The upside? These coatings will often dissipate electrical charges effectively, helping stop the buildup of static electricity on the surface of the part.

If preventing the buildup of hot spots is particularly important to you, choose your coating carefully. Certain alloys such as aluminum are more likely to give you more even heat dissipation along the entire surface of the coated part.