Wear and erosion of filtration components can be caused by a number of factors, including high temperatures, aggressive chemical environments and exposure to high pressure particle streams.  Hardide coatings can coat and protect filtration mesh vital to many applications and industries, where problems such as the erosion of sand control screens in oil and gas wells, and wear due to char with ash particulate in syngas production, can cause catastrophic completion failures leading to substantial production losses and damage to facilities.To get more news about Stainless steel screen printing mesh, you can visit resenwiremesh.com official website.

The Hardide coating chemical vapour deposition (CVD) process coats complex geometries and out-of-sight surfaces, providing the ideal solution for the uniform coating of filtration mesh operating in highly abrasive environments.Hardide coatings combine extreme hardness with enhanced toughness providing excellent protection against erosion from high-velocity particle flow. The coatings prove significant operational life extending properties to mesh particle control screens with various size apertures over their uncoated mesh and ceramic counterparts.

By reducing the coating thickness, smaller aperture mesh can also be coated to suit different filtration screen component applications, whilst a thicker Hardide coating provides better erosion protection than other coating processes which cannot provide the same thickness.

Independent erosion tests have shown the Hardide-T coating to have an erosion rate 125 times lower than uncoated stainless steel.