Running a thermal spray or cladding job-shop, or the special process division requires high quality consumables, reliable equipment, and consistent technical support.




All of Bexxon Global's Thermal Spray processes are designed, built and supported by experts that actually do thermal spray. 

Bexxon Global Pte. Ltd.’s team each has over 30 years experience with Major European and American Thermal Spray and welding OEMs.  Bexxon's team has direct hands on experience in Asia Pacific, Middle East, India, Australia, and China




Check out our quality range of surface engineering solutions:


Tecnosupply Gladiator Flame Spray Plastic and Pipe Jointing
Fireside Coatings Ltd for Green Ceramic Coatings on Boiler tubes
Kermetico HVAF HVOF Tungsten Carbide and Metallic Coatings
High Quality Plasma and HVOF systems from Switzerland
Spraybooth Spray Lathe 
Diamond Grinding and Lapping Polishing




We are actively seeking local applicators and long term manufacturing partners to build your business in Southeast Asia.  





We know the industrial market, agent, distributors, customers, and have a great track record of success in building companies quickly.

 

contact us at stephen.booth@bexxonglobal.com 

Bexxon Global About thermal spray coating:  Plasma Spray Typical coatings

​ Plasma Spray Materials (plasma spray powders)

• Ceramic
• Carbide & Cermet 
• Iron, Nickel & Cobalt based alloys
• Abradables

 Key Industries and applications for plasma spray

• Aerospace
• Industrial Gas Turbine
• Wear resistance, Sliding, Abrasive, Erosion,
• Corrosion resistance
• Thermal barriers

What is plasma spray?
The Plasma Spray Process (known as APS = atmospheric plasma spray) uses the heat of the plasma (ionized inert gas) as the heat source.  Argon is the most common primary gas used to create the plasma.

Argon flows between the electrode and nozzle. A high frequency or high voltage alternating electric arc is struck between the nozzle and the electrode, which ionizes the gas stream. By increasing the arc current, the arc thickens and increases the degree of ionization. This has the effect of increasing the power and, due to the expansion of gas, an increase in the velocity of gas stream.

The very high energy and temperature of the plasma is ideal for the melting of high temperature material, especially ceramics.  The powder is injected into the gas stream, and applied to the surface of the part.