Polishing / Grinding Zirconia Balls 600μM-850μM B20 Zirconium Silicate Media

Industry Surface Treatment B20 Ziroconium Silicate Ball For Polishing

DESCRIPTION

The main component of Polishing Ziroconium Silicate Ball SiO2 ZrO2 B125 is zirconia, which is mainly used for surface treatment such as sand blasting and shot peening. The production process of ceramic shot is to melt high-quality imported zircon sand into liquid at high temperature, and then spray it into balls. The zirconia ceramic spheres are sieved and removed by magnetic separation to obtain particles with high roundness, high strength and uniform particle size. The spherical particles of ceramic shot can achieve better surface brightness during sandblasting, while the workpiece itself does not change color. It is widely used for sandblasting and surface treatment of aviation parts, stainless steel plates, structural parts, stainless steel kitchenware, medical devices,mobile phone / laptop shell, automobile chassis / engine, sports equipment and other industries.

ADVANTAGES

· High iron field: it can be used for sandblasting the surface of high iron aluminum alloy parts to improve the metal texture and form a smooth satin effect. Used for grinding and finishing of high-speed rail.

· Automotive field: ceramic shot can be used for surface cleaning and deburring of Automotive Engine Castings; It is used to clean the welds and welding spots on the car floor and prepare for subsequent spraying; Used for shot peening of automobile springs to improve fatigue life. It is used for beautification and sandblasting of aluminum alloy automobile wheels to eliminate stress and improve impact resistance.

· Mold and machining: used for sand blasting of stainless steel mold, copper mold and aluminum alloy mold, such as tire mold, injection mold and stamping mold, to improve surface finish. Clean the flash and burr of machined parts.

APPLICATION

Ziroconium Silicate Ball B20 can produce a uniform and uneven rough surface on the cleaned surface to facilitate mechanical bonding of the coating. Using clean compressed air to drive clean ceramic sand to spray on the surface of the workpiece can generate compressive stress on the surface of the substrate, remove the surface oxide film, and cause lattice distortion of part of the surface metal, which is conducive to the physical bonding of the coating. The substrate metal can be sandblasted to obtain a clean, rough and highly reactive surface. This is an important preprocessing method.

Shot peening of aviation parts: used to improve the fatigue resistance of carbon steel, titanium alloy, aluminum alloy and other

aviation mechanical parts and eliminate surface stress. It can be used for surface strengthening of aircraft wings, aeroengine turbine blades, turbine discs, gears and landing gear.