Laboratory Zirconia Ball milling Jars 50-10000ml, Laboratory Planetary Ball Mill Ball milling jar Accessories (50 ml)

💖A powerful grinding tool for laboratories and industries Zirconia ball milling jars are specially designed for high-precision sample preparation, using 99.99% high-purity zirconia to ensure the grinding process. Its outstanding wear resistance and chemical stability make it easy to cope with acid and alkali environments, high-temperature sintering and high-frequency vibration, making it an ideal choice for scientific research, material analysis, pharmaceuticals and other fields.💖Core advantage - Ultrafine grinding: By optimizing the ball milling parameters (vibration frequency of 3Hz-30Hz), uniform powder at the 100nm level is achieved, enhancing the accuracy of subsequent analysis. - Wide adaptability: Compatible with mainstream ball mill models such as Anton Paar BM 500 and Kojing VGM-50-AM, supports simultaneous processing of two samples, doubling the efficiency.

• 💖99.99% high-purity zirconia material: hardness > 8.5 Mohs, wear-resistant and corrosion-resistant, with a service life extended by three times.
• 💖Precision grinding to a fineness of 100nm: Suitable for vertical vibrating ball mills (such as VGM-50-AM) and three-dimensional ball mills (SFM-3 series).
• 💖Multi-functional capacity selection: Available in multiple specifications such as 50ml and 100ml, with free switching between dry grinding and wet grinding. It is recommended to hold 30% (wet grinding) or 20% (dry grinding) of the sample, and is compatible with grinding balls with a diameter of ≤25mm.
• 💖Resistance to hydrothermal aging and high-temperature stability: Yttrium oxide stabilization process + surface protective film technology, resistant to 1450℃ sintering environment, avoiding performance degradation caused by crystal form transformation.
• 💖Laboratory and industrial general-purpose: Suitable for sample processing of metals, rocks, synthetic fibers, etc., and supports low-temperature procedures to prevent the loss of volatile components.