High-Quality Alumina Ceramic 315 Classifying Wheel for Precision Grinding

When it comes to precision grinding and classification of fine powders, the Alumina Ceramic 315 Classifying Wheel stands out as a top-tier solution. Designed for applications in lithium battery electrode materials, advanced ceramic powders, pharmaceutical formulations, and more, this classifying wheel ensures high efficiency, durability, and superior performance.

Key Features

• Material: Made from high-purity alumina (Al₂O₃), ensuring excellent wear resistance and insulation properties.
• Design: Available in both straight and slotted configurations (straight groove and oblique groove) to suit various grinding needs.
• Application: Ideal for lithium battery anode/cathode materials, fine ceramic powders, pharmaceutical powders, and other industries requiring precise particle size classification.
• Customization: Supports OEM/ODM services, allowing tailored solutions based on customer specifications.

Why Choose Our Classifying Wheel?

The HICERA brand is synonymous with reliability and innovation in ceramic components. Our Alumina Ceramic 315 Classifying Wheel is engineered to deliver:

• Exceptional hardness and resistance to abrasion, extending service life.
• High-temperature stability, making it suitable for demanding industrial environments.
• Precision-machined surfaces for consistent particle size distribution.

Applications

This classifying wheel is widely used in:

• Lithium-ion battery material processing (anode/cathode powders).
• Advanced ceramics manufacturing (e.g., alumina, zirconia powders).
• Pharmaceutical powder micronization and classification.
• Other industries requiring ultrafine powder separation.

Ordering Information

Product Model: 315

Brand: HICERA

Processing: Customizable (sample-based or design specifications)

For inquiries or bulk orders, contact us today to discuss your requirements!

Upgrade your grinding and classification process with the Alumina Ceramic 315 Classifying Wheel—where precision meets durability.