Agate Ball Mill Jar BZABJ-503 is engineered for high-precision grinding with minimal contamination. This ball mill jar features a 250 ml capacity and utilizes a flat gasket seal ring for secure and clean operation. It offers excellent mechanical durability while maintaining resistance to acids and chemical wear. Its polished surface and uniform structure allow for consistent particle size distribution. Our Agate Ball Mill Jar BZABJ-503 is suited for geoscience sample prep, high-purity compound processing, and analytical material grinding.
| Volume | 250 ml |
| Height | 94 mm |
| Seal Ring Type | Flat Gasket |
| Wall Thickness | 10.5 mm |
| Cover Thickness | 15 mm |
| Internal Diameter | 73 mm |
| External Diameter | 92 mm |
| Bottom Diameter | 89 mm |
| Grinding Jar Cover Weight | 0.287 Kg |
| Grinding Jar Wet Weight | 1.0 Kg |
Our Agate Ball Mill Jar BZABJ-503 is used in ultra-trace elemental analysis, high-purity pigment grinding, archaeological material refinement, mineralogical testing, and rare earth metal homogenization.
Frequently Asked Questions
1: What makes Agate Ball Mill Jar BZABJ-503 suitable for trace analysis?
Its non-metallic, chemically inert structure prevents contamination, ensuring accuracy in trace-level sample grinding.
2: Can you use BZABJ-503 for reactive or acidic samples?
Yes, the agate material is highly resistant to acids, making it safe for sensitive and corrosive material processing.
3: How is BZABJ-503 different from stainless steel jars?
Unlike steel jars, BZABJ-503 does not introduce any metal ions, which makes it ideal for analytical or purity-sensitive applications.
4: Is the BZABJ-503 jar durable under repeated grinding cycles?
It offers excellent wear resistance and structural integrity, making it reliable even with consistent, high-impact use.
5: Can you clean the BZABJ-503 easily between uses?
Its polished surface simplifies cleaning, reducing cross-contamination risk and saving time during multiple sample runs.
6: When is an Agate Ball Mill Jar most suitable?
An Agate Ball Mill Jar is ideal when ultra-purity is required and contamination must be strictly avoided. It’s widely used in trace element analysis, geology, and nanotechnology. Its inert nature prevents sample alteration during grinding.
7: Can the Agate Ball Mill Jar be used for both dry and wet grinding?
Yes, the Agate Ball Mill Jar supports dry and wet grinding of small volumes. For wet grinding, ensure proper sealing to avoid spills. It’s recommended for fine grinding, not heavy mechanical impact.
8: Can it be used with hard or metallic samples?
No, the Agate Ball Mill Jar is best suited for soft to medium-hard materials. Avoid using it with metallic or very hard samples to prevent cracking. Always match the jar’s hardness to the sample type.
9: When should the Agate Ball Mill Jar be replaced?
Replace the Agate Ball Mill Jar if cracks, surface wear, or visible chips are found. Even small fractures can compromise sample safety. Inspect regularly to maintain purity and prevent breakage.
10: Can the Agate Ball Mill Jar be cleaned easily between batches?
Yes, the Agate Ball Mill Jar has a smooth, non-stick surface that makes cleaning simple. Use distilled water, alcohol, or mild solvents depending on the material milled. Avoid extreme temperature changes that may cause stress fractures.
