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Steel slag is an industrial solid waste produced during steelmaking in the converter and electric arc furnace. It is mainly composed of calcium silicate, calcium ferrite, and other compounds. Grinding […]

After ball milling, crushing, shaping, and rough purification, the next key step for diamond micropowder is particle size classification. The main goal of this process is to ensure that the

Ultrafine grinding technology is widely used in the manufacture of ultrafine powders. It is mainly based on the principle of micron technology. By using grinding equipment, the high-speed rotating rotor

Crushing and grinding are collectively referred to as pulverization. The industry is used to calling the process of processing large pieces of material into small pieces of material crushing. The

In the realm of industrial sustainability, ball mill technology has emerged as a game – changer, breathing new life into coal waste. Coal waste, a by – product of coal

The negative electrode material is one of the core materials of lithium-ion batteries. It determines the rate performance of lithium-ion batteries. It also affects the initial charge and discharge efficiency

In materials science, powder surface modifiers have become crucial. They revolutionize the properties of powder materials. These modifiers alter the surface characteristics of powders. As a result, they enhance functionality

Surface modification of calcium carbonate is a key method to improve calcium carbonate’s performance and applicability. It helps expand markets and increase usage. In the future, functionalization and specialization will

Ball mill is a widely used technique for grinding and dispersing ultrafine powders across various industries. It involves the mechanical breakdown of material using grinding media (typically steel or ceramic

As the demand for powder fineness continues to increase, ultrafine grinding equipment such as ball mills, bead mills, and high-speed vibrating mills are playing an increasingly important role. In the