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Ovens
We engineer and apply high release coatings for ovens. Our coatings help oven components resist product build-up, which reduces the need for maintenance.
Benefits:
Resist product build-up, which reduces the need for maintenance.
Best Used For:
A wide range of industries and applications
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PLASMA 14000 SERIES
Coatings from our PLASMA 14000 Series have a tough, high temperature, release coating with low friction.
Benefits:
High temperature, release coating with low friction.
Best Used For:
A wide variety of high temperature applications.
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PLASMA 16000 SERIES
Coatings from our PLASMA 16000 series have very tough, low friction, release surfaces.
Benefits:
Non-stick properties in comparison to our 300 series are not quite as good, but they are tougher and more chemically resistant.
Best Used For:
A wide variety of applications.
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PLASMA 30000 SERIES
Coatings from our PLASMA 30000 series have a cross-linked polymer which yields a wide range of chemical resistance.
Benefits:
This coating is formulated to meet specific service requirements while retaining temperature, chemical, and other physical properties.
Best Used For:
A wide variety of applications.
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PLASMA 31000 SERIES
Coatings from our PLASMA 31000 series are sealed coatings that provide excellent corrosion resistance.
Benefits:
Excellent corrosion resistance.
Best Used For:
A wide variety of applications.
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PLASMA 32000 SERIES
Coatings from our PLASMA 32000 series are superior polymer coatings that provide toughness, abuse-resistance, and low friction.
Benefits:
Provide toughness, abuse-resistance, and low friction.
Best Used For:
A wide variety of applications.
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PLASMA 33000 SERIES
Coatings from our PLASMA 33000 series provide chemical resistance.
Benefits:
Thickness ranges from .010 to .100, dependent on application and material. They are applicable on-site at your facility.
Best Used For:
A wide variety of applications requiring good chemical resistance.
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PLASMA 34000 SERIES
Coatings from our PLASMA 34000 series utilize multiple layers of resins to build up the protection that metal and concrete need in chemical manufacturing or processing operations.
Benefits:
When fully cured, the separate elements lose their individual identity and become a single, monolithic coating; providing superior chemical resistance. They are applicable on-site at your facility.
Best Used For:
A wide variety of applications requiriing good chemical resistance and the ability to be applied on-site.
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PLASMA 36000 SERIES
Coatings from our PLASMA 36000 series use multiple resins to build up the protection that metal and concrete need in chemical, manufacturing or processing operations.
Benefits:
When fully cured, the separate elements lose their individual identity and become a single, monolithic coating; providing superior chemical resistance. They are applicable on-site at your facility.
Best Used For:
A wide variety of applications requiriing good chemical resistance and the ability to be applied on-site.
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PLASMA 45000 SERIES
Coatings from our PLASMA 45000 series represent our line of Electroless Nickel offerings.
Benefits:
Electroless Nickel coatings provide wear resistance, low COF, and corrosion protection. With PTFE to some of the electroless nickel systems: lower cof, higher release, and increased hardness can be obtained.
Best Used For:
A wide variety of applications.
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PLASMA 500 SERIES
Coatings from our PLASMA 500 series are baked polymers that offers superior chemical and corrosion resistance.
Benefits:
Smoothness and thickness will vary dependent on the environment they're exposed to and they have a max temperature of 280°F.
Best Used For:
A wide variety of applications.
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Plasma Spray
In this process we use various gasses that are ignited by an electric arc. Temperatures can rise up to 30,000° F while the part temperature remains at less than 200°F.
Benefits:
Particle velocity is greater than in the other four systems. One of the benefits of using this system is the high heat, which can process materials with high melting points (including ceramics).
Best Used For:
Utilized to apply metal and ceramic based coatings.
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Plasma Transferred Arc
We manufacture and utlize plasma transferred arc welding or cladding systems to provide wear and corrosion resistant coatings or claddings.
Benefits:
Provide a protective wear layer or rebuild parts back to original dimensional integrity.
Best Used For:
This technology is used to rebuild surfaces back to original dimensional integrity.
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Plating
Plating often involves two process materials and/or steps where the first material bonds to the base material and serves as the primer for finish plating.
Benefits:
A wide range of surface property enhancements.
Best Used For:
A wide variety of applications.
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Powder Coat
The powder coat process is used in many of our polmyer coating processes.
Benefits:
Polymer applied coatings.
Best Used For:
Wide range of polymer coating applications.
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Release & Cleanability
Certified DuPont Licensed Industrial Applicator (DLA), user of Whitford coatings, and we blend our own, resulting in leading the industry in release coating services for a variety of industries.
Benefits:
Non-stick and release properties on surfaces.
Best Used For:
Our coatings reduce the clean up and build-up of such materials as starches, paints, adhesives, latex, rubber, food, paper, ice, sugar, resins, tapes, inks.
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Rotary Die
Rotary die rollers are used in crush-cutting material between a cylindrical die and anvil.
Benefits:
Coated for clean ability, wear-resistance, and more.
Best Used For:
A wide range of industries and applications
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Screens
Screens and screening systems are often subjected to wear, corrosion, and build-up.
Benefits:
Extend service life and prevent product build up.
Best Used For:
A wide range of industries and applications
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Side Face and Journals
Side faces and journals on rollers need increased protection,reburbishment and repair.
Benefits:
Extend service life.
Best Used For:
A wide range of industries and applications
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Splash Guards
Splash guards are mounted to machinery to prevent chemicals from reaching the operator.
Benefits:
For chemical coated splash guards, our coatings make cleanup easier.
Best Used For:
A wide range of industries and applications
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Steam Hoods
Steam hoods are used where hot water steam is collected.
Benefits:
Offer FDA compliant non-permeable Plasma Coatings that withstand high temperatures to prevent corrosion.
Best Used For:
A wide range of industries and applications
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Storage Equipment/Tanks
Storage equipment, like tanks, are used to store manufacturing material.
Benefits:
Offer a variety of durable non-stick and wear-resistant coatings for tank interiors.
Best Used For:
A wide range of industries and applications
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Surface Traction
By using a high traction coating, slippage is eliminated resulting in a more consistent performance resulting in improved machine traction.
Benefits:
Ensure tight starts, eliminate slippage and wrinkles, and improve web tracking and tension control.
Best Used For:
Traction control in on web processing machines.
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Tank Coatings
We manufacture and apply both electrically conductive and electrically insulated tank coatings.
Benefits:
Reduce corrosion, contamination and product build up.
Best Used For:
Tank coatings in a wide variety of industries.
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Tanks
Our tank coatings and thermal spray metallic solutions are low traction, wear-resistant, and easily cleaned.
Benefits:
Coatings can be applied on-site at your facility.
Best Used For:
A wide range of industries and applications
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Thermal Conductive
Thermally Conductive and Semi-Conductive Coatings do not significantly impede the flow of heat in or out of the substrate that is coated.
Benefits:
Provide other unique surface properties such as cut and abrasion resistance or release.
Best Used For:
These are used in applications where rapid heat transfer is important, such as heated and chilled rollers.
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Thermal Insulating
Thermal Insulating coatings prevent the substrate from giving up internal heat or absorbing heat from an external source.
Benefits:
Temperature uniformity and efficient heat transfer.
Best Used For:
A wide variety of applications.
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Thermal Spray
Method of applying materials onto a base material by heating particles, creating a semi-molten state. Particles then propelled by high velocity onto a substrate and adhere via a mechanical bond.
Benefits:
This technique is considered the "cold method of welding", where high temperatures can be achieved in the heated pocket, while the temperature of the part itself usually remains under 200°F.
Best Used For:
Utilized to apply metal and ceramic based coatings.
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Top & Bottom Bead Mold
Top & Bottom Bead Mold
Best Used For:
A wide range of industries and applications
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Vessels
Our corrosion-resistant coatings can be applied to food tanks and vessels.
Benefits:
Corrosion protection and release and clean-up properties.
Best Used For:
Tanks and vessels
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