Steel plate through-type shot blasting machine is widely used in the steel processing industry, and many front-line workers are familiar with this equipment. However, do you really know the specific working principle of steel plate through-type shot blasting machines, and how do steel plate through-type shot blasting machines clean workpiece.

During the cleaning process of the steel plate through-type shot blasting machine, the electrically controlled adjustable conveying roller conveys the steel structural parts or steel into the cleaning machine chamber to be shot through the shot blasting machine area. Each surface of the steel plate is hit and abraded by strong and dense projectiles from different coordinate directions, causing the oxide skin, rust layer, and dirt on it to quickly fall off, and the steel surface will obtain a smooth and clean surface with a certain roughness, Loading and unloading of workpieces on both inlet and outlet roller tables outside the cleaning room.

The shot and rust dust that fall onto the steel are purged by a purging device. The shot dust mixture that falls is conveyed by the recovery screw to the chamber funnel, and collected by the vertical and horizontal screw conveyor at the lower part of the elevator. Then, it is lifted to the separator at the upper part of the machine. The separated pure shot falls into the separator hopper for recycling. Dust generated during shot blasting is sent to the dust removal system through an exhaust pipe, and the purified gas is discharged into the atmosphere, where granular dust is captured and collected.

This equipment has greater shot blasting capacity, better sealing performance, and greatly improved cleaning effect, production efficiency, and dust removal effect. The chamber body uses rolled Mn13 chamber body guard plates, with a single shift production service life of up to 10 years. Through shot blasting and strengthening, not only can the rust, oxide skin, molding sand, etc. on the surface of the workpiece be removed, but also the internal stress of the workpiece can be reduced and the fatigue strength of the workpiece can be improved. This machine can be used alone or in wiring, with high cleaning efficiency.