Part Number: Silicon Nitride media Ball/ Beads / Grinding Media / Milling Media
System of Measurement: mm
Shape: Polished Ball
Color: Black
Balls: Material Si3n4
Diameter: Ø0.2-2.0mm
Application: Suitable for ultra-fine dispersion of high-end materials, especially under conditions with extremely high purity and fineness requirements.
Our company can customize non-standard Si3N4 media balls according to customer requirements. These balls feature excellent wear resistance, high strength, and long lifespan, effectively reducing usage costs.
| Testing Indicators | Unit | Result |
|---|---|---|
| Diameter | mm | Ø0.2-2.0 |
| Density | g/cm³ | ≥3.2 |
| Crushing Strength | Kgf | ≥50(Ø1.0mm) |
| Sphericity | Ds/Dl | 0.97 |
| Wear loss | ppm/h | <1.6 |
| Ball Dia Tolerance | ‰ | ≈0.5 |
● The data listed on this sheet are representative values and not guaranteed values.
● Please confirm the safety of use at your own responsibility.
● Dispose of the product in accordance with the law.
● The contents of this sheet may be updated without prior notice due to new information.
Wear-Resistant Silicon Nitride Balls Process Characteristics
1. Unique Extrusion Molding Process: Ensures uniform and dense green bodies.
2. Vacuum Sintering: Achieves a density of ≥3.2g/cm³.
3. Ultra High Abrasion Resistance: Over 10 times more wear-resistant than zirconia beads and nearly 20 times more than high-purity zirconia beads, offering an excellent cost-performance ratio.
4. Higher Actual Linear Speed: Effectively increases the efficiency of ultra-fine dispersion by over 30%.
5. Density Only 53% of Zirconia Beads: Can reduce energy consumption and heat generation during the ultra-fine grinding process.
6. Extremely Low Wear Rate: Significantly reduces the frequency of adding and replacing grinding media, ensuring the stability of the production system.
7. Application: Suitable for ultra-fine dispersion of high-end materials, especially under conditions with extremely high purity and fineness requirements.
