Benefits and advantages to use Spinner Hanger Shot Blasting Machine
As mostly used shot blasting equipment, Spinner Hanger Shot Blasting Machine has 4 advantages compared with other blasting machines during cleaning steel works and casting pieces.
- Firstly, powerful shot blasting turbines are equipped on side of blasting chamber. High speed and large volume steel shots can improve surface finish level as well as efficiency and quality cleaning.
- Secondly, with the help of computer-aided design (CAD), the simulation of steel shots and the drawings of shot blasting machine are fully drawn out, and the shot blaster is more reasonable in its selection and layout. Thus, it can increase the utilization ratio and productivity of the projectile, ensure the cleaning effect, and minimize the abrasion of the chamber guard plate.
- Thirdly, the popular underground pit structure is specially used. On the one hand, it makes the construction cost and time of underground pit foundation greatly saved. On the other hand, it addresses the problems of pill sand corrosion and caking in the hoist that result from the water storage in the pit of the southern users.
- Last but not the least, it uses Rolled Mn13 plate, the most popular way of protection, to protect the hot area of cleaning room. Rolled Mn13 plate is better optimized in its service life, more beautiful in its appearance and more easily replaceable than the rubber plate that is commonly used before.
Hanger type shot blasting machine is normally used for surface treatment of multiple medium and large castings, forgings, welding parts and heat treatment parts, including fragile and irregular parts. As a kind of standard shot blasting equipment, it is efficient and flexible shot blasting machine, and ideal option to clean and strength. Most importantly, it can be handled easily only by loading the work piece to be processed into the machine and pressing the start button, and the entire cleaning process will be completed very shortly while all dust and residual pellets removed.