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S70, S110 and S170 Low Carbon Steel Shot are fine-size steel shot abrasives designed for precision cleaning, light shot blasting and smooth surface finishing.
These small-size low carbon steel shot grades provide excellent surface coverage and are suitable for cleaning small parts, thin workpieces, precision castings and metal components with complex shapes.
Compared with larger steel shot sizes, S70, S110 and S170 provide lower impact force and help achieve a finer, more uniform surface finish.
Low carbon steel shot is produced through melting, atomization, controlled heat treatment, screening and inspection. The process focuses on obtaining a bainite structure, good toughness and stable hardness.
Each batch can be tested for chemical composition, particle size distribution, density, hardness and internal defects. This helps ensure reliable performance in automatic blasting lines and long-cycle abrasive circulation systems.
S70, S110 and S170 Low Carbon Steel Shot are suitable for fine cleaning and controlled surface preparation.
Common applications include:
Steel drums or palletized packaging.
25 kg bags or jumbo bags.
▪Customized packaging is available for different transportation, storage and loading requirements.▪
S70, S110 and S170 Low Carbon Steel Shot are mainly used for fine shot blasting, precision cleaning and light surface preparation. These small-size steel shot grades are suitable for small castings, thin metal parts, aluminum components, zinc alloy parts and precision workpieces. They can help remove light rust, sand residues and surface impurities while creating a smooth and uniform surface finish before coating, painting or further processing.
Small-size Low Carbon Steel Shot provides better surface coverage and lower impact force than larger steel shot sizes. It is suitable for delicate workpieces, thin parts and components with complex shapes. Because of its good toughness and low breakage rate, Low Carbon Steel Shot can help reduce dust generation, improve blasting stability and lower abrasive consumption during repeated use.
