Lined Zirconia Vacuum Ball Mill Jar BZVZJ-502 is a precision-engineered milling container built for contamination-free grinding in controlled environments. This Ball Mill Jar features a 6 mm wall thickness and a 12 mm lid, providing robust mechanical resistance and excellent vacuum compatibility. It delivers outstanding durability, wear resistance, and chemical inertness ideal for ultra-fine sample preparation. Its lined zirconia interior ensures no interaction with sample compounds during milling. Our Lined Zirconia Vacuum Ball Mill Jar BZVZJ-502 is best suited for grinding rare-earth oxides, ceramic nanomaterials, and pharmaceutical intermediates.
| Volume | 100 ml |
| Height | 73 mm |
| Wall Thickness | 6 mm |
| Cover Thickness | 12 mm |
| Bottom Diameter | 61 mm |
| Internal Diameter | 49 mm |
| External Diameter | 61 mm |
| Cover Weight | 0.075 Kg |
| Grinding Jar Weight | 2.426 Kg |
Our Lined Zirconia Vacuum Ball Mill Jar BZVZJ-502 is used for precision grinding of rare-earth elements, oxide ceramics, thermally sensitive powders, catalyst bases, and biomedical material synthesis.
Frequently Asked Questions
1: What makes BZVZJ-502 ideal for catalyst grinding?
BZVZJ-502 offers a zirconia lining that avoids metallic contamination, making it perfect for sensitive catalyst materials.
2: Can you use BZVZJ-502 with aggressive chemicals?
Yes, the zirconia construction is chemically inert, allowing safe milling of aggressive and reactive compounds.
3: How does BZVZJ-502 prevent contamination?
Its inner zirconia surface does not interact with milled materials, ensuring purity in every batch.
4: Is BZVZJ-502 compatible with all vacuum ball mills?
BZVZJ-502 is designed for universal compatibility with standard vertical vacuum ball mills.
5: What are typical applications for BZVZJ-502?
BZVZJ-502 is used in fine grinding of ceramics, rare oxides, thermolabile compounds, and biomedical materials.
6: Why choose a zirconia-lined vacuum jar?
Zirconia is highly wear-resistant and chemically inert, making it ideal for contamination-sensitive grinding of hard, brittle, or high-purity samples under vacuum conditions.
7: Is this jar compatible with wet and dry milling?
Yes, the zirconia lining resists water, solvents, and abrasion, enabling both wet and dry milling while maintaining material integrity and preventing leaching.
8: What media are suitable for this jar?
Zirconia or other ceramic-based grinding media are best. Using compatible hardness media preserves the lining and reduces contamination.
9: Can it be used in high-speed planetary ball mills?
Absolutely. The steel shell provides mechanical strength, and the jar’s balanced geometry ensures safe, efficient operation even under high rotational speeds.
10: How should the jar be maintained?
Rinse with neutral solvents or use ultrasonic cleaning. Avoid sudden temperature changes and mechanical shock, as the zirconia lining, while tough, can be sensitive to thermal or impact stress.