rare earths and polishing powders mill and classifier

Detailed Introduction:

The specialized equipment for pulverizing and classifying rare earths and polishing powders is tailored to the physical and chemical properties of rare earth materials. From particle size control to equipment operation, it embodies the company's design concept of "specialized equipment for specific purposes" and "people-oriented." After initial formula processing and subsequent pulverization and classification using the JSM series of specialized rare earth equipment, the rare earth products can be directly applied in production.

The product features include: low wear, high precision, good stability, uniform particle size distribution, and high output.

Application Areas: Rare Earths (Cerium Oxide, Lanthanum Oxide, Polishing Powders)

Selection of Rare Earth Pulverizing Equipment:

Specialized pulverizing and classifying equipment for rare earths (cerium oxide, lanthanum oxide, polishing powders) can be selected from the SCWN-Q series and SCWN-C series based on different material properties.

Equipment Features:

The entire production line operates under fully enclosed negative pressure, ensuring no dust pollution on the production site. PLC programming control is adopted, with multiple safety measures working in parallel. As long as one of the measures is effective, it can eliminate potential safety hazards. In terms of safety, the specialized equipment for pulverizing rare earths (cerium oxide, lanthanum oxide, polishing powders) has the following main features:

1. Fineness, high precision, and good stability. The finest particle size can reach around D50 0.5-10μm, with a precision of controlling the particle size not exceeding 5μm. It can be adjusted within a particle size range of around 2μm. Once the equipment parameters are fixed, the product particle size will not change during long-term continuous operation.

2. Low wear and high output. The pulverizing medium is made of high-hardness alloy, and some parts are hardened. The hammerhead and the gear ring do not contact each other, greatly extending the service life of vulnerable parts. This not only reduces the maintenance workload of the equipment, but also maintains the purity of the product.

3. Smooth material movement. Due to the viscosity of rare earths, common equipment often experiences problems such as uneven feeding and clogged discharge. The JSM series of specialized rare earth equipment adopts measures such as adding stirring devices at the feeding point and installing air cannons in the discharge bin, completely eliminating the problem of clogged feeding and discharge.

4. More scientific fluid mechanics and sealing technology. Many domestic equipment often experiences issues with jammed classification wheels when processing rare earths, as ultra-fine rare earth particles enter the classifier maze and accumulate, causing the classification wheel to jam.

Equipment Parameters: