Abrasion Resistant Coating

Thermach Thermal Spray Coating Systems for the Abrasion Resistant Coating Application
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Thermach Thermal Spray Coating Systems for the Abrasion Resistant Coating Application
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Thermach Thermal Spray Coating Systems for the Abrasion Resistant Coating Application
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Thermach Thermal Spray Coating Systems for the Abrasion Resistant Coating Application
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Thermach Thermal Spray Coating Systems for the Abrasion Resistant Coating Application
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When identifying a coating to solve a wear or abrasion problem, it is important to understand the different types of wear mechanisms. Wear can take several forms including:

 

  • Abrasive

  • Fretting

  • Erosive

  • Adhesive

 

The good news is that because thermal spray processes can work with a very wide spectrum of materials, different types of wear and abrasion resistant coatings can be used to combat many types of wear problems.

 

Common Coating Solutions from Thermach to Achieve Wear and Abrasion Resistance

Through thermal spray coating processes, you can easily achieve wear and abrasion resistance capabilities for your products. Here are the most common types of wear and abrasion resistant coatings:

 

Tungsten Carbide

Tungsten carbide is one of the most wear resistant materials which can be applied via the plasma spray or HVOF processes. Tungsten carbide coatings can achieve a hardness approaching or exceeding 70RC. Additionally, tungsten carbide can be ground and polished to a mirror finish, making it a strong replacement for chrome plating.

 

Chrome Oxide Ceramic

The anti-galling and self-mating chrome oxide ceramic coatings are recommended for their excellent wear resistance to particle erosion, cavitation, hard surfaces and abrasive grains at all temperatures below 540C. Coatings of this material are insoluble in acids, alkalis and alcohol. When properly sealed, they are recommended for use in corrosive chemical environments in temperatures up to 200C. This material is recommended for use when corrosion or chemical attack is an additional concern.

 

Aluminum Oxide Ceramic

Aluminum oxide ceramic, sometimes referred to as “White Alumina”, produces dense coatings which resist wear with fibers and threads, and also resist erosion in high temperatures. This material is very useful as a thermal barrier and when sealed, it is used for electrical resistance in high temperatures.

 

Benefits of Wear and Abrasion Resistant Coatings

Wear and abrasion resistant coatings can help industrial equipment and parts perform more efficiently and last longer. This will help to also lower parts and equipment replacement costs and make lives easier for your maintenance personnel. When you use thermal spray to achieve abrasion and wear resistance, you also benefit from enhanced harness and increased ductility. This means you will avoid micro-cracking or increased surface fatigue.

 

Common Parts That Need Wear and Abrasion Resistant Coatings

Thermach equipment and parts suit a wide variety of industrial application coatings for wear and abrasion resistance including:

 

  • Winders

  • Roll surfaces

  • Plates

  • Valves

  • Pumps

  • Agitators

  • Mixers

 

Wear and Abrasion Resistant Coating for Specific Applications

Due to the unique difficulties posed by wear and abrasion, having Thermach as your equipment supplier for thermal spray coatings puts your operation in a strong position. Our engineering department will assist you with custom recommendations to solve your unique challenges. Contact Thermach to discuss your wear and abrasion resistance needs!

 

Your coating partner, not your competitor.

We provide the equipment and parts necessary for you to run a successful Abrasion Resistant coating operation. Our mission is to ensure your Abrasion Resistant coating process is running smoothly with Thermach equipment and parts.