Metallizing related categories
 | Release and Cleanibility Coatings
Plasma Coatings is a certified Dupont License Applicator (DLA), leading the industry in release coating services for a variety of industries.
“Reduce the cleanup and buildup of such materials as starches, paints, adhesives, latex, rubber, food, paper, ice, sugar, resins, tapes, inks.”
With over 40 years of experience we have developed over 30 coatings that customize your solution around several different variables:
Durability
Chemical Resistance
Surface texture
Operating Temperature
Coefficient of Friction
Abuse resistance
Conductivity – electrically
Our coatings are often utilized in replacment of:
Teflon Coatings
Teflon Sleeves
Teflon Tapes
Silicone Paints
Cheese Grate
Sandpaper
Chrome – doctored
Conductivity- thermally |
 | Low Friction Coatings
Reduce the cleanup and buildup of such materials as starches, paints, adhesives, latex, rubber, food, paper, ice, sugar, resins, tapes, inks.” (this is the release coating version – what would be low friction?
Plasma Coatings offers a vast array of low Coefiction of Friction (COF) coatings. With these systems, we are able to supply a hard base onto your part and then impregnate one of our Low COF release agents into that coating. In doing this, it will make the coating extremely wear resistant and long lasting.
Our coatings are often utilized on:
Conveyors
Guide plates
Trim shoots
Turn bars
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 | Non and Conductive Coatings
Conductive and non-conductive coatings are used promote or limit the flow of heat or electrical current into or away from the object that is coated. These coatings have many applications in a variety of applications and industries. Plasma Coatings has a wide variety of metal, metal alloy, carbide matrix, ceramic, and polymer coatings available with these properties as well as combination coatings composed of thermal spray and polymer coatings. There are basically four functional groups of coatings to be considered. All coatings have various combinations of both electrical and thermal properties. Check the specific coating data sheets for a listing of electrical and thermal properties.
Thermally Conductive and Semi-Conductive Coatings do not significantly impede the flow of heat in or out of the substrate that is coated, while at the same time providing other unique surface properties such as cut and abrasion resistance or release. These are used in applications where rapid heat transfer is important, such as heated and chilled rollers.
Thermal Insulating Coatings prevent the substrate from giving up internal heat or absorbing heat from an external source.
Electrically Conductive and Semi-Conductive Coatings do not significantly impede the flow of electricity in or out of the substrate coated, while at the same time providing other unique and desirable surface properties. These coatings are typically used to control or dissipate static electricity (high voltage, low current) and to prevent high voltage discharges/arcing by providing grounded surfaces.
Electrically Insulating Coatings prevent the passage of electricity into or out of the substrate coated. These coatings are used to isolate electrical current to a limited part of a process or to protect the substrate from external voltage sources.
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