$1,097.00
| Volume | 50 ml |
| Height | 69 mm |
| Valves | No valves |
| Wall Thickness | 3 mm |
| Cover Thickness | 12 mm |
| Internal Diameter | 58 mm |
| External Diameter | 81 mm |
| Bottom Diameter | 64 mm |
| Cover Weight | 0.388 Kg |
| Grinding Jar Weight | 1.169 Kg |
Our Vertical Stainless-steel Vacuum Ball Mill Jar BZVSJ-501 is suited for air-sensitive grinding tasks in metallurgy labs, alloy research, chemical synthesis, and high-purity material development.
Frequently Asked Questions
1: What is the volume of BZVSJ-501?
The jar has a 50 ml capacity, ideal for low-volume, high-purity grinding under vacuum conditions.
2: Can BZVSJ-501 be used with reactive samples?
Yes, it's designed for air-sensitive and reactive samples in inert or vacuum environments.
3: Is the jar compatible with standard vacuum systems?
It is, provided the system supports a tight seal with this size of stainless-steel jar.
4: What ensures the jar remains leakproof during operation?
Its 12 mm thick cover and precision machining provide a secure, airtight seal.
5: Which industries typically use BZVSJ-501?
This jar is commonly used in chemical labs, metallurgy research, nanoparticle development, and materials science projects.
6: What is the benefit of vacuum sealing in this jar?
Vacuum sealing prevents oxidation, evaporation, or contamination of sensitive materials during milling. This is especially valuable for alloying, battery compounds, and magnetic powders.
7: Is the jar available in both SS 304 and SS 316L?
Yes, the standard version uses SS 304, but SS 316L is available for extra corrosion resistance, particularly in chloride or acidic environments.
8: Can the jar withstand high-speed planetary milling?
Absolutely. The robust structure and precision balancing make it suitable for high-speed planetary or horizontal ball mills.
9: What type of samples is this jar suitable for?
It is ideal for grinding metals, ceramics, magnetic compounds, and materials that degrade in air or moisture. The vacuum seal ensures safe handling of reactive powders.
10: How should the jar be cleaned after use?
The mirror-polished inner surface allows easy cleaning with solvents or ultrasonic baths. Avoid using steel brushes or abrasives that may damage the seal or surface.