Hvof Coating

Hvof coatings may be as thick as 12 mm 1 2.

Hvof coating. Hvof or high velocity oxygen fuel is a type of thermal spray coating process used to produce extremely dense coatings with a very strong bond to the substrate. Sulzer has well equipped locations worldwide for all kinds of coating. High velocity oxy fuel hvof thermal coatings we provide specialist hvof coating services to engineers and manufacturers across the uk. The commercialization of this coating technology now affords many industries the ability to use unique coating properties and extend the range of applications which previously could only be performed by proprietary coating processes.

High velocity oxygen fuel hvof coating is a thermal spray coating process used to improve or restore a component s surface properties or dimensions thus extending equipment life by significantly increasing erosion and wear resistance and corrosion protection. Fully automated spray booths ensure our customers can trust us to provide a consistent high quality finish which is proven to extend component life span beyond its original specification. Environmentally safe coating process to ensure compliance with regulations. Hvof coating is a high velocity low temperature spraying process used for the production of metallic and hard facing coatings.

The high velocity oxygen fuel hvof process is developed to produce high quality metal carbide and various specialty coatings. Provide exceptional corrosion resistance in a variety of extreme environments. The main reasons for hvof coating materials being used at a a coatings are for prevention of wear and corrosion which extend the service lifespan of the coated part. It is typically used to deposit wear and corrosion resistant coatings on materials such as ceramic and metallic layers.

High velocity oxygen fuel hvof epc provides high quality hvof coatings to protect and improve a components surface properties. We help you protect your components against wear. In addition hvof coatings can protect the underlying surface from the harsh environments such as high temperature corrosion and abrasion. Common powders include wc co chromium carbide mcraly and alumina.

Hvof coatings are high in density thickness and hardness. Coatings are bonded to the surface at 10 times the strength of traditional coatings. The hvof high velocity oxygen fuel coating process combines supersonic particle impact on the substrate with controlled heat energy to produce a consistent hard particle surface distribution with high bond strengths low porosity and high wear resistance.