22 TPH Slag Powder Grinding Plant for Cement Additives with 180 Mesh
Industrial slag is a by-product produced in iron smelting and steelmaking processes. After professional grinding, slag powder can replace cement clinker to prepare environmentally friendly building materials. This large slag grinding project has an hourly output of 22 tons, with finished powder fineness stabilized at 180 mesh. The raw slag is massive industrial waste with high hardness and poor fluidity.
After drying and crushing, the raw materials are sent to heavy-duty vertical mills for deep grinding. The production line is equipped with a hot air circulation system to remove residual moisture in slag and improve powder activity. The processed slag powder has strong hydraulic activity. When mixed into cement and concrete, it can enhance the compressive strength and durability of building materials, reduce cement consumption, and cut down construction costs. In addition, slag powder can also be used as road base material and mine backfill material.
The equipment is optimized with anti-abrasion structure, and thickened grinding parts extend the service life under long-term heavy-load operation. The intelligent monitoring system tracks current, temperature and vibration data in real time to avoid equipment failure. This slag resource utilization project turns industrial waste into reusable building raw materials, conforming to national energy-saving and emission-reduction policies, and has broad market application prospects.
After drying and crushing, the raw materials are sent to heavy-duty vertical mills for deep grinding. The production line is equipped with a hot air circulation system to remove residual moisture in slag and improve powder activity. The processed slag powder has strong hydraulic activity. When mixed into cement and concrete, it can enhance the compressive strength and durability of building materials, reduce cement consumption, and cut down construction costs. In addition, slag powder can also be used as road base material and mine backfill material.
The equipment is optimized with anti-abrasion structure, and thickened grinding parts extend the service life under long-term heavy-load operation. The intelligent monitoring system tracks current, temperature and vibration data in real time to avoid equipment failure. This slag resource utilization project turns industrial waste into reusable building raw materials, conforming to national energy-saving and emission-reduction policies, and has broad market application prospects.
