Flame Spray Gun

• Anti-Corrosion Coating is required.
• Improvements in Wear Resistance Properties
• To reclaim worn-out components and improve electrical conductivity
• Coatings with a Thermal Barrier
• To garnish equipment made of a variety of materials

In Flame Spray Gun the flaming wire spray method, the wire alloy is blended in an effervescent O2 and LPG fire. The fuel gas can obtain acetylene, propane, or hydrogen. The wire is fed concentrically into the flame, where it is melted & atomized by the increase of air of compressor that also shows the blended material towards the component exterior.

The Type 12M Gun has a controllable speed range of around 1-1/2 feet of wire per minute with conventional gears to roughly 45 feet per minute with the unique, easy-to-install high-speed gear set. The high-speed gear set is used to spray metals with lower melting points, such as Babbitt, tin, and zinc, at high speeds indefinitely. For portable applications and field repair work, the entire system (excluding the compressor) can be put on a cart

Flame Spray Gun Specifications

Flame Spraying

Flame spraying is a thermal spray coating technology that produces high-quality surface coatings by melting a spray coating material and propelling it onto a substrate using heat generated by the combustion of a fuel gas with oxygen.

Flame spraying is a low-cost option for applying metallic and ceramic coatings in less demanding environments.

The use of flame spraying as a surface treatment allows for the application of a wide range of metallic or ceramic coatings on a wide range of component materials that require good wear resistance and impact resistance.

Micro Blaster, as the surface technology expert in flame spraying, offers a wide range of thermal spray coating materials to meet your individual requirements.

Our facilities produce a wide range of component sizes to demanding standards with reliable, reproducible outcomes, backed by a customer-driven service.

In the flame spray process, a combustible gas serves as the heat source that melts the coating material, which may be in rod, wire, or powder form. Commonly selected gasses include acetylene, propane, methyl-acetylene-propadiene (MAPP) gas, and hydrogen, along with oxygen. Overall, changing the sand blasting nozzle and/or air cap is all that is needed to adapt the gun to different alloys, wire sizes, or gasses.

The flame spray process is widely used for the reclamation of worn or out-of-tolerance parts, frequently with nickel-base alloys. Bronze alloys may be sprayed for some bearings and seal areas. Mixtures of tungsten carbide and nickel-base alloys are used for wear resistance. The zinc spray gun is commonly coated on bridges and other structures for corrosion resistance.

Benefits of Flame Spraying

Flame spraying may be utilized for a variety of reasons:

• Manual thermal spraying is required due to component shape or the working environment, and it provides the most convenient working conditions.
• Areas (structures) that are large and complicated;
• Flame spraying is used to provide the needed thermal spray coating performance. and
• Budget-friendly

Applications of Flame Spray Gun

• Anti-Corrosion Coating is required.
• Improvements in Wear Resistance Properties
• To reclaim worn-out components and improve electrical conductivity
• Coatings with a Thermal Barrier
• To garnish equipment made of a variety of materials

Flame Spray Gun Advantage:

• The flame spray gun process is described by low capital investment.
• high deposition rates and efficiencies,
• low cost of equipment maintenance
• relative ease of operation.

Flame Spray Gun Manufacturer in United States, Germany, Gulf & Australia

We are a leading manufacturer, supplier of Flame Spray Gun Manufacturer in United States, Germany, Gulf & Australia. We provide Zinc Coating by Metalizing Gun, It is the same as a thermal spray gun. We also provide sand blasting machine, shot blasting machine, sand blasting cabinet, grit blasting machine, thermal spray gun, zinc spray gun, & abrasive media at a low price.