Thermal Spray Process

Key Specifications & Features

The Thermal Spray Process is a highly versatile surface engineering technology that applies protective coatings to industrial components. By projecting melted or semi-melted materials onto a prepared substrate, we create incredibly dense, strongly bonded layers of metals, ceramics, and carbides. This process extends the lifespan of expensive machinery, drastically reduces maintenance downtime, and provides superior resistance to intense wear, high temperatures, and aggressive chemicals.

A versatile surface-engineering technology that projects molten metals, ceramics, and carbides onto components to build dense, strongly bonded protective layers — the foundation of HVOF, arc, plasma, and flame spray coatings.

Extends component operational lifespan by up to 500%

Applicable to almost any metallic substrate without causing thermal distortion

Includes HVOF, Arc Spray, Plasma Spray, and Flame Spray techniques

Rapid application with minimal heat input to the base material

Real Service Projects

Typical Applications

General Machine Components

Shafts and Rotors

Bearing Journals

Hydraulic Cylinders

Print Rollers

Wear Surfaces

Common Coating Materials

Stainless Steel Alloys

Bronze and Brass

Molybdenum

Babbitt (White Metal)

Ceramic Powders

Tungsten Carbide

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