Labzee Polyurethane Ball Mill Jars are lightweight, wear-resistant containers designed for low-noise, high-efficiency grinding in laboratory milling applications. Made from high-quality polyurethane, they offer excellent elasticity, strong impact resistance, and minimal sample contamination, making them ideal for processing soft to medium-hard materials. These jars are compatible with planetary and roller ball mills and are preferred where vibration absorption and reduced media abrasion are required. Their corrosion resistance, easy-to-clean surface, and long service life contribute to consistent and clean milling operations. Our Polyurethane Ball Mill Jars are widely used in chemical synthesis, pigment blending, electronics, and polymer laboratories.
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Frequently Asked Questions
1: When is a Polyurethane Ball Mill Jar best used?
A Polyurethane Ball Mill Jar is best used when low noise grinding, and abrasion resistance are essential. It is ideal for blending polymers, pigments, or other soft to mid-hardness materials. Its elasticity helps protect both the jar and milling media.
2: Can the Polyurethane Ball Mill Jar be used for wet grinding?
Yes, the Polyurethane Ball Mill Jar is suitable for both wet and dry grinding. Its sealed design prevents leaks and resists chemical exposure. Ensure the jar is properly closed for liquid-based operations.
3: Can it be used with all types of media?
The Polyurethane Ball Mill Jar is compatible with ceramic, zirconia, and stainless-steel balls. Avoid pairing it with extremely hard media that may cause excessive wear. Match the media type to your milling application.
4: When should the Polyurethane Ball Mill Jar be replaced?
Replace the Polyurethane Ball Mill Jar if it shows signs of surface wear, deformation, or cracking. Routine inspection helps maintain milling consistency. Proper care can extend its life significantly.
5: Can the Polyurethane Ball Mill Jar be cleaned easily?
Yes, the Polyurethane Ball Mill Jar has a non-stick surface that resists residue buildup. Clean it with warm water, mild solvents, or alcohol depending on your sample. Avoid harsh chemicals that may degrade the polymer.
