Lined Agate Vacuum Ball Mill Jar BZVAJ-501 is a compact milling jar ideal for precision grinding of ultra-pure and trace-sensitive samples. This Ball Mill Jar features a 5 mm wall thickness and a 12 mm thick cover, ensuring excellent durability and sample containment during operation. It offers a high level of chemical inertness and eliminates metallic contamination during grinding. Its agate lining maintains structural stability even under high-speed milling. Our Lined Agate Vacuum Ball Mill Jar BZVAJ-501 is best suited for applications in trace element analysis, geochemical studies, and material science research.
| Volume | 50 ml |
| Height | 49 mm |
| Valves | No valves |
| Wall Thickness | 5 mm |
| Cover Thickness | 12 mm |
| Bottom Diameter | 62.5 mm |
| Internal Diameter | 41 mm |
| External Diameter | 49 mm |
| Cover Weight | 0.400 Kg |
| Grinding Jar Weight | 1.246 Kg |
Our Lined Agate Vacuum Ball Mill Jar BZVAJ-501 is ideal for use in trace mineral detection, spectroscopy sample preparation, nuclear material analysis, and high-purity pigment dispersion.
Frequently Asked Questions
1: What is the benefit of using Lined Agate Vacuum Ball Mill Jar BZVAJ-501 for trace analysis?
Its agate lining eliminates metallic contamination, making it perfect for trace element detection and ultra-pure sample processing.
2: Can you use abrasive materials in BZVAJ-501 without damaging the jar?
Yes, the high hardness of the agate lining supports abrasive material grinding while maintaining durability.
3: Why is BZVAJ-501 preferred in spectroscopy sample preparation?
Because it prevents elemental interference and preserves the purity required for accurate spectroscopic results.
4: Does BZVAJ-501 support high-speed milling operations?
Yes, the jar’s compact design and strong agate lining allow it to withstand the impact forces of high-speed milling.
5: How is Lined Agate Vacuum Ball Mill Jar BZVAJ-501 cleaned after use?
It can be cleaned easily using mild solvents or ultrasonic cleaning without damaging the agate lining.
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.