The steel slag ball mill is primarily used for selecting and grinding steel slag powder, meeting the requirements of steel producers for processing steel slag. It ensures rational utilization of steel slag, avoiding resource waste. Zhengzhou, Henan-based manufacturer, Fang Zheng Machinery, focuses on product quality, relying on technological innovation and optimizing product structure, and is widely used in industries such as ceramics and glass.

The steel slag ball mill consists of a horizontal cylinder, hollow shafts for feeding and discharging, and grinding heads. The cylinder is a long cylinder, internally fitted with grinding bodies. The cylinder is made of steel plates and is fixed with steel lining plates. The grinding bodies are generally steel balls and are loaded into the cylinder in different diameters and specific proportions. Steel segments can also be used as grinding bodies.

Select based on the particle size of the grinding material. The material is loaded into the drum through the hollow shaft at the feeding end of the mill. As the steel slag ball mill drum rotates, the grinding media, due to inertia and centrifugal force, adhere to the nearby drum liner plates and are carried along by the drum. When they reach a certain height, they are thrown down due to their own gravity. The falling grinding media, acting like projectiles, shatter the material inside the drum.

Performance Advantages of Steel Slag Ball Mill

1. The steel slag ball mill is equipped with an air clutch, ensuring smooth engagement without the need for adjusting wear gaps. It transmits high torque, operates quickly, and is easy for both automatic and remote control. It allows for segmented air operation between the motor and the main unit, reducing start-up power and improving start-up conditions, and also serves as an overload protection.

2. The motor power required for the slag ball mill can be reduced by 18-25%, saving 70% of lubricating oil, 90% of cooling water, and over 20% in total energy saving. Under normal circumstances, the main bearing does not need to be replaced for ten years, significantly cutting maintenance costs and saving time and labor.

3. Main bearing lubrication uses grease for convenience and cleanliness, eliminating heavy metal contamination. It also employs a sealed grinding system and spray device design, along with a new dust and noise reduction system, providing better dust control and rational management of ore washing wastewater and sludge.

4. Utilizing variable-frequency speed control, the starting current is less than 1.5 times the rated current, achieving a true soft start and also achieving energy-saving effects.