Plasma coatings offer a range of benefits when applied to a base surface. Plasma transferred via a thermal spray coats materials and provides a barrier that is subtle while providing wear resistance and thermal insulation. Applications include chromium carbide, chromium oxide, tungsten carbide cobalt, stainless steel, bronze, and many other metals designed for long-term performance. Formulated for thermal barrier and wear and surface restoration, KECO’s plasma coatings are also able to be machined once applied. Top coating can then be done if desired in several finishes to enhance longevity and offer many characteristics. KECO’s plasma spray coatings are engineered for superior resistance against extreme environmental and operational challenges. By employing advanced thermal spray technology, these coatings extend the service life of components in heavy wear applications, such as aerospace, power generation, and manufacturing industries. Furthermore, plasma coatings offer exceptional performance by reducing surface erosion and enhancing mechanical strength.

KECO 600: Featuring a silicone release system, this coating offers release for adhesives and glues. With the elimination of adhesive build up and material attack on contact surfaces, traction control can be provided to optimize line running speed. Click here for Product Data Sheet.

Industry-leading plasma coating companies like KECO provide a broad range of customizable solutions for specialized requirements. Whether the aim is to repair worn surfaces or to reinforce new ones, our coatings are designed to adapt to complex geometries and materials. The precision of our service ensures consistent quality and adherence to performance standards across all applications.

Plasma chemical coatings are formulated to meet demanding operational conditions. As these coatings are highly effective in creating a thermal barrier, they isolate the substrate from excessive temperature exposure and prevent heat-induced degradation. With applications in industries such as automotive and defense, plasma coatings are vital for components that require superior thermal insulation.

One of the standout features of these coatings is their compatibility with a variety of sealing materials. Once applied, they can be sealed in silicone to resist moisture intrusion or in Teflon for enhanced nonstick properties. This versatility allows plasma coatings to support diverse operational needs, from corrosion resistance in marine environments to surface lubricity in critical machinery components.

Selecting the right plasma coating company to meet your industrial needs is critical for achieving performance assurance. KECO stands out by offering ISO-certified solutions, ensuring that each coating meets stringent quality and safety standards. With decades of expertise, our plasma coating service delivers consistent results across a wide range of substrates and operational environments.

For clients seeking advanced coating systems, plasma chemical coatings provide a cutting-edge solution. They protect against wear and environmental damage and optimize efficiency by reducing energy consumption in heat transfer applications. KECO’s expertise ensures tailored solutions, whether addressing high-temperature conditions or creating smooth, wear-resistant finishes.

The ability to machine plasma-coated parts further amplifies customization, enabling the creation of exact dimensions that meet unique operational requirements. After machining, additional top coatings can be applied to enhance surface properties further, such as chemical resistance or frictional behavior. Explore KECO’s extensive catalog of seals and finishes to find the best option for long-term performance. Reach out to us today, and receive professional guidance for coatings built to withstand the toughest conditions.

With an unwavering commitment to quality, KECO continues to lead the field in advanced coating technologies. By leveraging state-of-the-art plasma spray coatings, customers gain access to innovative solutions that improve performance, durability, and efficiency across a multitude of industrial applications.