THERMAL EFFECTS AND PROTECTION

APT thermal spray coating applied for THERMAL EFFECTS AND PROTECTION

In the application of thermal spraying coating in thermal conduction and thermally barrier, arc process spraying aluminum and copper is the most common coating, These coatings can not only promote heat transfer, but can evenly distribute the heat for even greater efficiency.

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Thermal application Description

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Thermal conduction

Thermal spray coating systems can promote thermal conductivity. Thermal sprayed copper and thermal sprayed aluminum are some examples of a thermally conductive surface. These coatings can not only promote heat transfer, but can evenly distribute the heat for even greater efficiency.

Thermal barrier

Thermally barrier coatings are designed to slow heat transfer and insulate the substrate. The coating systems used today usually consist of two components: a metallic bond coat (usually an MCrAlY) that also acts as an oxidation resistant layer and a top coat of ceramic (usually a yttrium stabilized zirconium oxide). The coating system has a low rate of thermal conductivity and a high thermal expansion coefficient. These coating systems extend the service life of components or allow components to operate at higher temperatures, increasing thermal efficiency.

APT coating catalogue

Thermal conduction solutions

Pure Copper coating (APT-Cu101A)

• Used for electrical conductivity applications, copper reclamation and decorative coatings.

Pure Aluminum
(APT-AL101A)

• Coatings are resistant to atmospheric, chemical and heat corrosion
• Electrical and heat conductive.

APT coating catalogue

Thermal barrier solutions

ZrO2-Y2O3 coating (APT-ZRO750P)

1 Excellent thermal barrier properties
2 Stabilizes during spray process
3 Useful up to 1300ºC (2450ºF)
4 Very good thermal shock resistance
5 Thick, high porosity coating possible.

ZrO2-MgO
(APT-ZRO755P)

1 Good thermal barrier properties
2 Resistant to molten metals
3 Good particle erosion resistance
4 Useful up to 930ºC (1700ºF).

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