Alumina Oxide Ball Mill Jar BZAOJ-504 delivers consistent milling performance for critical powders. This ball mill jar features a 500 ml volume and 10 mm wall thickness, ensuring stable, contamination-free grinding. It is engineered from high-purity alumina, offering excellent chemical resistance and long-term durability. Its robust flat-gasket sealing design prevents leakage and enhances grinding efficiency. Our Alumina Oxide Ball Mill Jar BZAOJ-504 is ideal for applications including pigment dispersion, ceramic powder preparation, and inorganic compound research.
| Volume | 500 ml |
| Height | 106 mm |
| Wall Thickness | 10 mm |
| Cover Thickness | 12 mm |
| Internal Diameter | 83 mm |
| External Diameter | 103 mm |
| Bottom Diameter | 86 mm |
| Grinding Jar Cover Weight | 0.459 Kg |
| Grinding Jar Wet Weight | 1.75 Kg |
Our Alumina Oxide Ball Mill Jar BZAOJ-504 is used for preparing precision ceramic materials, dispersing pigments, processing inorganic solids, and milling high-purity oxides in controlled lab environments.
Frequently Asked Questions
1: What is the grinding advantage of the BZAOJ-504 jar?
The BZAOJ-504 jar provides a stable, contamination-free environment due to its thick alumina walls and smooth interior surface, which reduce abrasion and material loss.
2: Can you mill pigments in the BZAOJ-504 jar?
Yes, it is excellent for pigment dispersion thanks to its non-reactive material and well-sealed design, preventing contamination and preserving pigment quality.
3: How does the jar handle temperature changes during milling?
The jar is resistant to thermal shock, allowing it to perform reliably even when exposed to fluctuating temperatures during high-energy grinding.
4: Is the BZAOJ-504 jar compatible with aggressive compounds?
Its chemical resistance makes it suitable for milling aggressive inorganic compounds without degrading the jar or altering the sample integrity.
5: What applications is the BZAOJ-504 best suited for?
This jar is best for preparing ceramic bodies, milling rare-earth powders, dispersing lab-grade pigments, and conducting high-purity research operations.
6: When are Alumina Oxide Ball Mill Jars used in the lab?
Alumina Oxide Ball Mill Jars are used when contamination-free grinding is essential, especially for ceramics, electronics, and chemical research. Their non-metallic composition ensures sample purity during high-energy milling. They are ideal for grinding hard, brittle, and corrosive materials.
7: Can Alumina Oxide Ball Mill Jars be used for wet grinding?
Yes, Alumina Oxide Ball Mill Jars are suitable for both dry and wet grinding applications. Their tight-sealing lids prevent leaks during liquid milling. Always ensure the sealing ring is intact before starting a wet cycle.
8: Can different sizes of Alumina Oxide Ball Mill Jars be used on the same machine?
Yes, if the ball mill supports multi-jar configurations, various sizes of Alumina Oxide Ball Mill Jars can be mounted. Ensure that the weight and dimensions are balanced to avoid vibration. Always refer to the mill’s compatibility chart.
9: When should Alumina Oxide Ball Mill Jars be replaced?
Alumina Oxide Ball Mill Jars should be replaced when you notice cracking, internal chipping, or a drop in grinding performance. Regular visual inspection helps detect early signs of wear. Worn jars can contaminate sensitive samples.
10: Can Alumina Oxide Ball Mill Jars be cleaned easily?
Yes, Alumina Oxide Ball Mill Jars have a dense, non-porous interior that resists residue buildup. They can be cleaned using water, alcohol, or mild lab-grade solvents. Avoid using metallic brushes that may scratch the surface.
