Evaluation of Zinc Powder Processing Equipment and Processes

During the mechanical pulverization of zinc and zinc alloy materials, the process is typically influenced by various factors, including the raw material’s form, material toughness, feed size, target particle size, and production capacity requirements. Unlike ordinary brittle materials, zinc-based materials possess a certain degree of ductility, which places higher demands on equipment design, grinding methods, temperature control, and powder collection during the grinding process. Therefore, before determining the equipment model, a targeted assessment must be conducted based on the customer’s actual raw material conditions and finished product requirements to avoid selecting equipment based solely on a single parameter.
This solution is primarily designed for zinc lumps, zinc sheets, zinc granules, zinc pellets, zinc slag, zinc scale, scrap, and other zinc-based raw materials suitable for mechanical processing. Through proper pretreatment, uniform feeding, mechanical grinding with a zinc powder mill, classification and screening, and powder collection, this process enables the continuous processing of zinc materials from raw material to powder of the target particle size. Depending on the characteristics of different raw materials, adjustments can be made to equipment configuration, grinding intensity, classification methods, and collection systems to balance finished product particle size, processing capacity, and operational stability.
In actual projects, there is typically a correlation between the target particle size and output. Additionally, special requirements such as raw material purity, particle size, hardness, the presence of oxidation, and temperature rise can also influence the final process configuration. Tianyuan can select equipment based on the raw material information, feed size, target fineness, and production capacity requirements provided by the customer, and determine the appropriate powder production and collection solutions based on actual operating conditions. For materials with significantly different characteristics, processing results can be further verified through test runs to provide a basis for subsequent equipment configuration.