Plasma Spray Coating Service Companies

IQS Directory provides an extensive list of plasma spray coating companies. Utilize our website to review and source plasma spray coating companies with our easy-to-use features which allow you to locate plasma spray coating companies that will customize and supply plasma spray coating services for your exact specifications. Our request for quote forms make it easy to connect with leading plasma spray coating companies. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right companies whether you are looking for industrial coatings, metal finishing, or ceramic coating.

  • Sellersville, PA 800-398-2520

    It is our mission to supply you with the best plastic coating services. We will work with you every step of the way which is why we will supply you with prototypes to ensure you are receiving exactly what you need. Our company is recognized for our ability to ship products quickly and we have raised the standard in our industry. All of our services will save you time and money! Please give us a call today!

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  • Medway, MA 508-533-6101

    Innovative Coatings is a manufacturer of plastisol dip molding and fluidized bed powder coatings of epoxy, polyolefins, nylon and vinyl. Our dip coatings are of FDA-approved and biomedical grades. Customers can also have a choice of color plus foam, gloss or texture finish. We draw from 40 years of experience in the plastic molding and protective coating industry. Let's talk about your project.

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  • San Antonio, TX 508-533-6101

    Texas Dip Molding & Coating is known for our high quality custom coating that maximizes strength, hardness, flexibility and durability for parts designed and manufactured in any application. When you need a dip molding solution, turn to Texas Dip Molding & Coating for our experience and wide range of capabilities. We serve a variety of industries and have the expertise necessary to deliver the quality products you need on time every time.

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  • Tempe, AZ 951-509-6918

    Call Molded Devices for a fast, competitive quote on custom vinyl Plastisol dip molding & coating services, from prototypes to low or high volumes. A wide range of standard & proprietary caps, covers & containers plus custom components for all your needs. One-stop for design consult, quick prototyping, custom formulations & secondary operations! ISO 9001:2008 certified with 30+ years’ experience.

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  • New Carlisle, OH 937-845-9411

    Here at Carlisle Plastics Company we are an ISO 9001:2008 certified manufacturer of reliable products and services. Our highly trained team of engineers offer design assistance for all products. We provide coating services for your parts, tools, shelves and a variety of other items. No order is too big or small for our company. We also offer an assortment of secondary operations if your application requires.

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  • New Haven, IN 260-749-9614

    We make it our goal to offer the top glass cutting services in the industry. Although we started small when we were founded in 1950, we have grown every year and are now one of the largest glass suppliers in the industry. We make products for more than just the optical industry, and can make customized products to suit any need. Contact us for a quote today!

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Plasma Spray Coatings Industry Information

Plasma Spray Coatings

Plasma spray coating is a thermal spraying process used to create enhancing coatings on the surface of a substrate material. This coating technique uses a plasma jet to melt coating materials and spray them at high velocities. As large quantities of high energy coating particles collide with the substrate material, they collect on the surface of the substrate to form coating layers. Plasma spraying provides exceptional coatings for the highest level of protection.

Quick links to Plasma Spray Coatings Information

How Plasma Spray Coating Works

The plasma spraying technique differs from other thermal spraying processes in the way that particles are heated and accelerated. The primary tool used in plasma spray coating is the plasma torch. Within the plasma torch, electric arcs are formed between a cathode and anode as a carrier fluid flows around them. The carrier fluid, often oxygen, nitrogen, helium or hydrogen, passes through the electric arcs where it is superheated, forming a plasma flame which projects out of the torch as a plasma jet. In the plasma jet, the temperature can exceed 15,000 K (more than 26,500 F). The coating material, or feedstock, is fed into the plasma jet to be melted and accelerated from the torch. The molten coating particles impact the surface of the substrate material, causing them to flatten and quickly solidify. As thousands of these solidified droplets, or "splats," adhere to the substrate, they begin to cover the entire surface of the substrate, creating a coating. For thicker coatings, multiple passes can be made over the substrate or the spray can be applied for a longer duration to create additional layers. Once a coating is created, the deposits can be altered and machined to the specified dimensions.

Applications of Plasma Spray Coating

For industrial applications, plasma spraying creates reliable, high quality coatings. Coatings generated using this technique provide excellent abrasion and wear resistance, corrosion resistance, and erosion resistance. They are also great for protecting parts from high temperatures, since thermal conductivity is typically very low. When compared with many other thermal spray coating techniques, plasma spraying produces much higher temperatures and spraying velocities. Higher temperatures open up the possibility to spray refractory materials, which makes this process incredibly useful for coating products used in high temperature applications. Additionally, the quality of the coating typically improves with higher particle velocities. Due to the coating quality and level of protection provided, plasma spray coating is commonly used on aircraft components, agricultural equipment, mining machinery parts, pump components, and engine components. The plasma spray coating process can be accomplished quickly while maintaining high quality, so, for enhanced product performance and protection, plasma spray coating is an efficient, high quality, and economical solution.