How is the surface treated by supersonic tungsten carbide spraying?

The surface of supersonic tungsten carbide spraying must be sprayed on the same day to avoid rust and the escape of pollutants. After sandblasting, if there is rust or contamination, the surface should be sandblasted first, followed by supersonic spraying of tungsten carbide. Ultrasonic spraying metal surfaces have specialized primers, and it is recommended to use flexible polyurethane single component wet curing agents or two-component primers.

Before spraying supersonic tungsten carbide, excess rust must be removed by mechanical means. The "solvent cleaning" method allows you to remove all grease, oil, welds, and other surface contaminants. To avoid rust and pollutant leakage, the supersonic spray surface must be sprayed on the same day. After sandblasting, if there is rust or contamination, sandblasting should be carried out first, followed by supersonic spraying.

It is recommended to use flexible polyurethane single component moisturizing curing agent or two-component primer, as there is a dedicated primer for supersonic spraying on metal surfaces. Before supersonic spraying, the concrete surface is contaminated with oil, grease, and dust. It must be cleaned with detergent. The high-pressure cleaning of supersonic spraying requires high adhesion to remove pollutants. To ensure a surface of 125 microns for supersonic tungsten carbide spraying, ultrasonic spraying should be applied to smooth concrete surfaces. Sandblasting or shot blasting are suitable methods for obtaining roughness.

Before spraying supersonic tungsten carbide, the concrete surface is contaminated with oil, grease, and dust. It must be cleaned with detergent. The high-pressure cleaning of supersonic spraying equipment requires the removal of highly adherent pollutants.

For smooth concrete surfaces, supersonic spraying should be carried out to ensure a supersonic spraying surface of 125 microns. Sandblasting or shot blasting are suitable methods for obtaining roughness.

The surface of supersonic tungsten carbide spraying should be clean and dry, free of water, dust, grease, oil, surface chemicals, and other pollutants. The special structure on the surface of steel must be treated with supersonic 75 micron roughness tungsten carbide spraying, and its cleanliness and sandblasting cleanliness should be close to or comparable to metal white.

Before injecting tungsten carbide, excessive rust must be removed mechanically. The 'solvent cleaning' method enables you to remove all oil, grease, welds, and other surface contaminants.

Before supersonic tungsten carbide spraying, the concrete surface is contaminated with oil, grease, and dust. It must be cleaned with detergent. The high-pressure cleaning of supersonic spraying requires high adhesion to remove pollutants.

To ensure a surface of 125 microns for ultrasonic spraying, smooth concrete surfaces should be treated with ultrasonic spraying. Sandblasting or shot blasting are suitable methods for obtaining roughness. The surface of supersonic tungsten carbide spraying should be clean and dry, free of water, dust, grease, oil, surface chemicals, and other pollutants.