Metalizing Gun, types, Metalizing Gun Supplier

Metalizing Gun

Metalizing is a general name given to a thermal spray coating process that is used for coating metal on the product plane. The resultant metallic coatings can be used for protective and decorative purposes. These coatings are also known to be long-lasting, effective and highly accomplished. Coatings specialize in three types of metalizing processes:

Metalizing Coating Process | Electric Arc Spray

In this process, we utilize two metallic wires that are electrically charged with opposing duality as the coating feedstock. This will cause them to throw a molten arc between each other. We will next inject insert gas or high-velocity air to trigger the atomization of the now-molten material and propel onto the substrate to form the coating. If you opt for the electric arc spray process, it can spray any type of metals that have melting points below 10,000

Depending on the equipment being used and the material being applied, that Coatings can provide metallic coatings with each semi-metallurgical bond or mechanical bonds up to 5000 P-S-I. Distortion will not occur because the substrate is not exposed to a high temperature of over 250

Metalizing Coating Process | Combustion Powder Spray

In that process, the basic principle of the heat source is the same as wire spray except that powders are fed through a flame and propelled by high-velocity oxygen or air onto a surface. As with the metalizing process, any powdered metal having a melting point below 5500°F. can be sprayed. This process is mainly used for abradable coatings and spray hard surfacing.

Metalizing Coating Process | Combustion Wire Spray

In this process, we feed the spray material in wire form into a fuel gas-oxygen flame where it is melted by the heat temperature up to 5500°F of that combustion. Compressed air is analyzed around the flame, atomizing the molten material into fine round particles and propelling these particles at high velocity on a metal surface.

We can manipulate the atomization and the melting of metals with different melting points when we control the feeding rate of the wire through the flame. When you opt for this method, we can spray any wire as long as it features a melting point below 5500