Our products are widely demanded in automobiles, aerospace, biomedical, paper, electrical, power generation, food processing, marine, oil, transportation, LPG Cylinder Manufacturing, Tube Mill, Railway and many more industries.
Know more about all our
Thermal Spray Technologies.
Combustion Wire Flame Spray
Powder Flame Spray
Wire Arc Electric Spray
High-Velocity Oxyfuel Spray (HVOF)
Atmospheric Plasma Spray
We have the solution for all
your thermal Spray needs.
14M Wire Flame Spray
Wire Flame Spray
12M Wire Flame Spray
Thermal Spray Consumables.
Thermal spray wires
Metal Coat offers high-quality thermal spray wires including but not limited to zinc, aluminium, stainless Steels, aluminium bronze, various cored wires, alloy 625. Contact us to know more.
Thermal spray spare parts
The continuation of your thermal spray activities is ensured by the availability of our spare parts and consumables. We stock all the spare parts for your immediate needs.
Our Products are used by
vast Industry Sectors.
Check out our recent
Protection against corrosion : The benefits of sprayed metallic layers
There is almost no limitation on the size of component or structure which can be treated. The materials are simple to apply using Metal Coat combustion flame or electric arc spraying equipment. Operators can be trained in a relatively short time and with a small amount of practice are capable of producing consistently sound and
Properties Of Sprayed Coatings Efficiency And Coverage
Efficiency is used as a test to assist in establishing the optimum economic and technical deposition parameters. In general, conditions giving high deposition efficiencies are close to those for optimum fuel utilisation, they are also close to those for maximum integrity. Factors Affecting Efficiency Efficiency will be affected by: The shape and size of the
Thermal Spray versus Other Coating Processes
Thermal spray processes differ from other coating processes in that they are non-atomistic; that is, they do not deposit material onto surfaces as individual ions, atoms, or molecules. Instead, relatively massive particulates are deposited onto a surface in the form of liquid droplets or semimolten or solid particles. Coating feedstock materials usually come in the