3D Printed Parts
Our coatings can be applied to 3D printed parts depending on the need or requirement. This includes plastic, composite and metal parts.
Benefits:
We manufacture a variety of wear-resistant, release, and conductivity coatings used on 3D printed parts.
Best Used For:
Surface enhancement on 3D printed parts.
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Air Bars
Air bars are used to control alignment and directional change of substrates.
Benefits:
Coatings improve performance, eliminate build-up, and extend their life span.
Best Used For:
A wide variety of industries.
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Air Shafts
Air shafts are used in processing for winding and unwinding substrates.
Benefits:
Apply high friction coatings to reduce slippage and increase performance.
Best Used For:
A wide variety of industries.
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Airless Spray
Airless spray is one of our application techniques for applying several different type of coatings.
Benefits:
Polymer applied coatings.
Best Used For:
Wide range of polymer coating applications.
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Anodizing
Anodizing is an electrochemical process that converts the metal surface into a decorative, durable, corrosion-resistant, anodic oxide finish.
Benefits:
Aluminum is ideally suited to anodizing, although other nonferrous metals, such as magnesium and titanium, also can be anodized.
Best Used For:
We provide anodizing to a wide variety of parts and is one of the various services that we offer.
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Bearing Surfaces
We coat bearing surfaces with wear-resistant coatings in order to have longer run-times per component and protection from high pressures and rough environments.
Benefits:
Extend service life.
Best Used For:
A wide variety of industries.
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Bin
Bins are great storage solutions, prevent wear, and provide easy cleanability.
Benefits:
We offer numerous coatings designed to protect bins during various applications.
Best Used For:
A wide variety of industries.
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Chrome Plating
Standard Chrome plating for new cores as well as re-chroming of used cores.
Benefits:
Corrosion protection and other key surface protection properties
Best Used For:
Heat transfer and chill rolls; other surfaces requiring corrosion protection.
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Chrome Plus +
Chrome Plus is a environmentally friendly carbide coating replacement for Chrome. With equivalent price, performance, surface finish and thermal transfer properties.
Benefits:
Green replacement for Chrome. A scratch resistant and repair capable coating for use in a wide variety of applications.
Best Used For:
Heat transfer and chill rolls and other metals surfaces.
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Chute
We apply non-stick, low-friction, and anti-static coatings to chutes, which improves flow and down-time without the need of vibrators or air cannons.
Benefits:
Improves flow and down-time without the need of vibrators or air cannons.
Best Used For:
A wide variety of industries.
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Combustion Wire Metallizing
In this process, various metal wire is fed into an oxygen-acetylene gas mixture. It is then in a molten state and sprayed onto the part being processed.
Benefits:
This most basic of coating techniques is limited by maximum temperature attainable and the universe of materials that can be set.
Best Used For:
Utilized to apply metal based coatings.
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Corrosion Protection
We have a wide range of coating options to help address corrosion. Pptions include the application of thermally sprayed metals and polymers or a combination of the two technologies.
Benefits:
In many instances, our coatings can address the corrosive problem while providing secondary benefits such as release or improved surface hardness promoting erosion resistance.
Best Used For:
A wide range of corrosion protection applications.
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Diverter Plates
We apply engineered coatings to diverter plates during manufacturing for easy cleanability.
Benefits:
Easy cleanability.
Best Used For:
Diverter plates are utilized within the printing industry.
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Diverter Wedge
We apply engineered coatings to diverter wedges during manufacturing for easy cleanability. Diverter wedges are utilized within the printing industry.
Benefits:
Easy cleanability.
Best Used For:
Diverter wedges are utilized within the printing industry.
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Doctor Chamber
Doctor chambers are used to hold doctor blades, which control the metering of ink being transferred.
Benefits:
Coatings act as an ink repellent for easy cleaning.
Best Used For:
A wide variety of industries.
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Dryer Drums
We coat dryer drums with durable, speciality formulated non-stick surfaces.
Benefits:
Allows dryer drums to run at higher speeds, with less sheet breaks and contamination or build up issues.
Best Used For:
Dryer Drums
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Electric Arc
This process uses materials in wire form, but the heat source is the arcing of two electrically conductive wires. Material is melted and propelled on the part at a greater velocity than metallizing.
Benefits:
Higher temperatures allow for an increased source of base materials, faster rates of deposition, and improved bond and coating density.
Best Used For:
Utilized to apply metal based coatings.
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Electrically Conductive
Our electrically conductive coatings can be applied to: anti-static idler rollers, anti-static tanks, bins, chutes, silo coatings, and web grounding rollers for charged webs.
Benefits:
Electrical conductivity.
Best Used For:
These coatings are also used in medical and electronic applications.
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Electrically Insulated
Our electrically insulated coatings can be applied to: bins, chutes, corona treater rollers, silo coatings, web insulated tanks, and support rollers for electrically charged processes.
Benefits:
Electrical insulation.
Best Used For:
They are also used in medical and electronic coating applications.
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Electrostatic
Through our electrostatic systems we are able to apply: fluorocarbons, fluoropolymers, silicones, epoxies, and Teflon® industrial coatings.
Benefits:
Polymer applied coatings.
Best Used For:
Wide range of polymer coating applications.
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Expandable sleeves
Expandable sleeves are used in various markets.
Benefits:
Sleeves have elastomeric coverings, solving issues with increased cooling and reduced static build-up.
Best Used For:
A wide variety of industries.
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Fingers
Fingers are flat stock that separates product from each other.
Benefits:
Apply low-friction wear-resistant coatings to slow down ink build-up and make cleaning easier.
Best Used For:
Used in the printing industry.
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Folding Horn
We coat folding horns with durable, wear-resistant, low-friction coatings which increases production throughput and less rejects during the converting process.
Benefits:
Increases production throughput and less rejects during the converting process.
Best Used For:
A wide variety of high temperature applications.
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Folding Rails
We coat folding rails with durable, wear-resistant, low-friction coatings which increases production throughput and less rejects during the converting process.
Benefits:
Increases production throughput and less rejects during the converting process.
Best Used For:
A wide range of converting processess.
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Guide Rails
Guide rails are used to control web handling for manufacturing and converting processes.
Benefits:
Coat guide rails to assist in the function of the overall unit.
Best Used For:
A wide range of converting processess.
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Hot Melt
We provide release coatings on a number of parts that are exposed to hot-melt adhesives where “no-stick” and release is needed to improve productivity and clean-up.
Benefits:
No-stick and release is needed to improve productivity and clean-up.
Best Used For:
A wide range of converting processess.
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HVOF
In this process metal particles actually travel faster than the speed of sound, generating the best bond strengths, density and hardness of all our processes.
Benefits:
HVOF does not reach temperatures that are attainable with plasma processes so materials such as ceramicsare not processed with this technique.
Best Used For:
Utilized to apply metal based coatings.
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Ink Pans
Ink pans are used to contain ink that is to be applied onto substrates.
Benefits:
Offer various coatings designed to significantly ease the cleanability of the pans.
Best Used For:
Used in the printing industry.
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Ink Tanks
Ink tanks are used to contain ink that is to be applied onto substrates.
Benefits:
Offer various coatings designed to significantly ease the cleanability of the tanks.
Best Used For:
Used in the printing industry.
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Laser Cladding
Laser cladding is an additive manufacturing process that utilizes a laser to metallurgically bond performance coatings to a product’s base material.
Benefits:
The process uses the laser to create a melt pool of the base material. The coating material is introduced into this melt pool in either powder or wire form.
Best Used For:
A wide range of cladding applications; including small footprint applications.
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