0.1mm - 2.5mm SS Shot Blasting Oxide Removal Grit Blasting Stainless Steel

As the name suggests, grinding pellets are forged products, also known as high manganese steel pellets. They are cut into cylinders using high-manganese steel wire at high speed, and then rounded with lead angles. They have no voids, no cracks, and no breakage. Its consumable shape From large to small until the particles are as small as 3/10 of the original particles, they are removed by the dust extraction system or separation equipment of the shot blasting machine to complete its entire service life cycle. Grinding shot is a new type of steel wire shot, which is to cut the steel wire into a cylinder with the same length and diameter and then grind it to remove its edges and corners to make it into a spherical ball body. Such a product has the advantages of both cast steel shot and steel wire cut shot: it can be polished evenly, does not damage the workpiece, is not easy to break, has high wear resistance and has a long service life after repeated polishing. Grinding steel shot is currently the mainstream metal abrasive material for finishing automobile and motorcycle accessories.

Stainless steel shot is a material that is commonly used in surface treatment processes such as shot blasting. It is ideal for use on aluminum alloy, zinc alloy, stainless steel plate, non-ferrous metal casting, and stainless steel casting. The focus of stainless steel shot is to enhance the luster of the metal material while preventing rust and discoloration on the surface of the casting. After shot blasting, the castings are clean, uniform and rust-free, with a matt effect, eliminating the need for cleaning, pickling and other processes. The spherical shape and good fluidity of stainless steel shot make it ideal for internal circulation in machinery, ensuring effective treatment of the surface of the casting and hiding defects on the surface of the workpiece, such as scars and mold cracks.
Large, medium and small castings can benefit from stainless steel shot by removing surface oxides to ensure good cleanliness and roughness for subsequent painting and processing. Steel plate pretreatment can also be improved with the use of stainless steel shot, as it can effectively remove scale, rust and other impurities. Engineering machinery can benefit from stainless steel shot by removing rust, welding slag, and oxide scale, eliminating welding stress, and increasing the bonding force between the anti-rust coating film and the metal matrix, resulting in improved anti-rust quality.
Stainless steel plate cleaning can be made more efficient with the use of stainless steel shot, as different types of steel plates require different sizes of abrasives and particle size selections. Cleaning of steel structure parts, H-shaped steel, C-shaped steel, and angle steel can also be improved with the use of stainless steel shot, as it can effectively remove impurities and improve surface finish.
Pipeline anti-corrosion can be enhanced with the use of stainless steel shot, as it can increase corrosion resistance and achieve the required rust removal level and tracing depth. Finally, shot blasting strengthening can be done on critical parts such as coil springs, leaf springs, torsion bars, gears, transmission components, bearings, camshafts, crankwheels, and connecting rods, improving their performance and durability.