Lined Agate Vacuum Ball Mill Jar BZVAJ-504 is a precision-crafted grinding container designed for contamination-free processing in vacuum environments. This Ball Mill Jar features an 8 mm thick wall and a 13 mm cover, delivering robust structure and optimal sealing under vacuum conditions. It is engineered with chemically inert agate lining to preserve sample purity during milling. Its design ensures long-lasting usability with resistance to abrasion and high-impact forces. Our Lined Agate Vacuum Ball Mill Jar BZVAJ-504 is best suited for isotope sample prep, rare earth material grinding, and high-purity nano powder processing.
| Volume | 500 ml |
| Height | 105 mm |
| Valves | 2 valves |
| Wall Thickness | 8 mm |
| Cover Thickness | 13 mm |
| Bottom Diameter | 103 mm |
| Internal Diameter | 89 mm |
| External Diameter | 105 mm |
| Cover Weight | 1.248 Kg |
| Grinding Jar Weight | 4.071 Kg |
Our Lined Agate Vacuum Ball Mill Jar BZVAJ-504 is used for rare earth compound refinement, contamination-sensitive powder milling, isotope research, and synthesis of high-purity nanomaterials.
Frequently Asked Questions
1: What makes the BZVAJ-504 suitable for sensitive materials?
BZVAJ-504 features an inert agate lining that prevents any reaction or contamination during sample processing.
2: Can you use BZVAJ-504 for vacuum-based operations?
Yes, its lid design supports stable vacuum conditions for contamination-free and controlled atmosphere milling.
3: Is BZVAJ-504 resistant to wear over time?
It is highly durable, thanks to the strong agate construction and reinforced wall and cover design.
4: How do you maintain cleanliness in BZVAJ-504?
Simply clean with suitable solvents or ultrasonic cleaning to maintain the agate's non-reactive surface.
5: What applications benefit most from BZVAJ-504?
BZVAJ-504 is ideal for grinding rare earths, nanomaterials, isotopes, and samples requiring ultra-clean environments.
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.