Lined Agate Vacuum Ball Mill Jar BZVAJ-503 is engineered for high-efficiency grinding where purity and vacuum compatibility are essential. This Ball Mill Jar features a 7 mm thick wall and a 13 mm cover, offering exceptional strength and leak-proof performance. It maintains chemical inertness, making it suitable for sensitive and highly reactive materials. Its agate lining prevents cross-contamination and ensures precise results across repeated use. Our Lined Agate Vacuum Ball Mill Jar BZVAJ-503 is ideal for pigment dispersion, isotopic analysis, and synthesis of high-purity compounds.
| Volume | 250 ml |
| Height | 83 mm |
| Valves | 2 valves |
| Wall Thickness | 7 mm |
| Cover Thickness | 13 mm |
| Bottom Diameter | 88 mm |
| Internal Diameter | 69 mm |
| External Diameter | 83 mm |
| Cover Weight | 0.856 Kg |
| Grinding Jar Weight | 2.601 Kg |
Our Lined Agate Vacuum Ball Mill Jar BZVAJ-503 is used in nanomaterial synthesis, radioactive isotope milling, fine pigment blending, and contamination-free powder grinding.
Frequently Asked Questions
1: What is the benefit of the agate lining in BZVAJ-503?
The agate lining ensures non-metallic, contamination-free grinding, ideal for high-purity applications.
2: Can you operate BZVAJ-503 under vacuum conditions?
Yes, BZVAJ-503 is designed with a vacuum-seal compatible lid that prevents leaks and protects sample integrity.
3: Is BZVAJ-503 suitable for radioactive or sensitive materials?
Absolutely, its inert and sealed design supports safe milling of highly sensitive and radioactive samples.
4: How is BZVAJ-503 cleaned between uses?
The jar can be easily cleaned using mild solvents or ultrasonic baths, preserving its purity and performance.
5: What types of materials can BZVAJ-503 handle effectively?
It works best with pigments, powders, nanomaterials, and compounds where trace contamination is a concern.
6: Why use an agate-lined jar for vacuum grinding?
Agate is chemically inert, extremely hard, and non-metallic, making it ideal for high-purity milling without introducing trace contamination-even under vacuum conditions.
7: Can this jar be used for wet milling?
Yes, the agate lining is non-porous and resistant to most solvents. Combined with vacuum sealing, it supports both wet and dry grinding for sensitive samples.
8: What type of samples is this jar best suited for?
It is ideal for minerals, rare earths, catalysts, ceramics, and any application where trace metal contamination must be avoided during analysis or synthesis.
9: Is agate fragile compared to metal jars?
While highly wear-resistant, agate is brittle and should be handled carefully. Avoid heavy impacts or using metallic media, which could damage the lining.
10: How do I maintain the jar post-milling?
Clean the inner surface with a soft cloth and mild lab detergent. Avoid abrasive brushes or thermal shock, which could cause cracks in the agate lining.