DECO TZP-0.25L High-Purity Yttria-Stabilized Zirconia Milling Jar for Ball Mills

The DECO TZP-0.25L Zirconia Milling Jar is fabricated from 95% high-purity yttria-stabilized zirconium oxide, optimized for ball mill grinding processes in advanced laboratory and industrial settings. This milling jar features a 250 mL capacity, with a recommended maximum feed volume of two-thirds the jar capacity to ensure efficient grinding performance.

Key technical specifications include:

• Dimensions: 91 mm outer diameter, 85 mm height
• Hardness: > 89 HRA, offering superior wear resistance suitable for grinding a wide range of metallic and non-metallic materials
• Density: > 5.98 g/cm³, providing enhanced grinding efficiency and durability
• Thermal properties: High thermal expansion with low thermal conductivity, minimizing heat buildup during high-speed milling
• Mechanical resilience: Excellent impact resistance
• Chemical durability: High corrosion and wear resistance, essential for contamination-sensitive processes

Applications for this zirconia milling jar span diverse fields including:

• Wear-resistant and corrosion-resistant product development such as paints, textiles, and printing/dyeing industries
• High-strength and tough material processing including magnetic materials, piezoelectric ceramics, and dielectric ceramics
• Contamination-free grinding vital for pharmaceutical, food, and cosmetic industries
• Advanced ceramic processing including electronic ceramics, refractory ceramics, and structural ceramics

Optional accessory includes a set of six 30 mm zirconia milling balls for enhanced grinding efficiency.

This zirconia milling jar is widely adopted in biotechnology and molecular diagnostics laboratories that require contamination-free, high-performance grinding media for bioprocessing workflows, synthetic biology research, and biomanufacturing applications. It is an essential tool for ball milling in materials science, cell imaging sample preparation, and biomedical engineering research.

The product’s combination of hardness, density, and chemical resilience makes it critical in biopharmaceutical production pipelines, ensuring purity and consistency during sample preparation.