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Linde Advanced Material Technologies Thermal Spray Coatings ExoPro

Description
Tough, thin and smooth ExoProTM coatings are cost-competitive as compared to traditional HVOF and HVOF coatings, environmentally-comp liant as an alternative to hard chrome, perform better than hard chrome, and are tougher than standard HVOF/HVAF. The coating is deposited with a very low surface roughness as compared to traditional high velocity oxygen fuel (HVOF) and high velocity air fuel (HVAF) systems. This feature lowers the processing costs for finished part. They are REACH-compliant, suitable alternatives to replace hard chrome with no hydrogen embrittlement concerns. After multiple tests, ExoPro coatings have proven to perform better than hard chrome in corrosion and wear tests. ExoPro coatings do not have hard chrome's micro-cracking features, thus extending corrosion protection. Carbides have traditionally provided better wear protection versus hard chrome. They are tougher than standard HVOF/HVAF coatings, and they have a higher strain tolerance.
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Suppliers

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Product
Description
Supplier Links
Thermal Spray Coatings - ExoPro - Linde Advanced Material Technologies
Indianapolis, IN, United States
Thermal Spray Coatings
ExoPro
Thermal Spray Coatings ExoPro
Tough, thin and smooth ExoProTM coatings are cost-competitive as compared to traditional HVOF and HVOF coatings, environmentally-comp liant as an alternative to hard chrome, perform better than hard chrome, and are tougher than standard HVOF/HVAF. The coating is deposited with a very low surface roughness as compared to traditional high velocity oxygen fuel (HVOF) and high velocity air fuel (HVAF) systems. This feature lowers the processing costs for finished part. They are REACH-compliant, suitable alternatives to replace hard chrome with no hydrogen embrittlement concerns. After multiple tests, ExoPro coatings have proven to perform better than hard chrome in corrosion and wear tests. ExoPro coatings do not have hard chrome's micro-cracking features, thus extending corrosion protection. Carbides have traditionally provided better wear protection versus hard chrome. They are tougher than standard HVOF/HVAF coatings, and they have a higher strain tolerance.

Tough, thin and smooth

ExoProTM coatings are cost-competitive as compared to traditional HVOF and HVOF coatings, environmentally-compliant as an alternative to hard chrome, perform better than hard chrome, and are tougher than standard HVOF/HVAF.

The coating is deposited with a very low surface roughness as compared to traditional high velocity oxygen fuel (HVOF) and high velocity air fuel (HVAF) systems. This feature lowers the processing costs for finished part.

They are REACH-compliant, suitable alternatives to replace hard chrome with no hydrogen embrittlement concerns.

After multiple tests, ExoPro coatings have proven to perform better than hard chrome in corrosion and wear tests. ExoPro coatings do not have hard chrome's micro-cracking features, thus extending corrosion protection. Carbides have traditionally provided better wear protection versus hard chrome.

They are tougher than standard HVOF/HVAF coatings, and they have a higher strain tolerance.

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Technical Specifications

  Linde Advanced Material Technologies
Product Category Thermal Spray Coatings
Product Number ExoPro
Product Name Thermal Spray Coatings
Material Type MetalCarbide; Tungsten Carbide - Co Rich Matrix; Complex Carbides - Ni Rich Matrix
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