MJ3YSZ80 Zirconia Jar with Stainless Steel Jacket for SFM-3 & SFM-3-II Milling Machines
MJ3YSZ80 is designed specifically for high-purity milling tasks where contamination from iron or other inorganic materials must be avoided. This zirconia jar, combined with a stainless steel jacket, is compatible with the MSK-SFM-3, MSK-SFM-3-F, and MSK-SFM-3-II ball milling machines. It enables air-tight milling conditions, making it suitable for sensitive materials and applications requiring contamination-free processing.
The jar is constructed from high-purity zirconia (>99.99%) with a hardness exceeding 8.5 Mohs and a density around 5.9 g/cm³, ensuring durability and resistance to wear during milling. The stainless steel jacket provides additional protection and structural support. The jar’s actual capacity is approximately 84 ml, allowing for efficient milling of small sample volumes. Two O-rings are included to seal the jar securely, maintaining an air-tight environment during operation.
Wichtigste Merkmale
- Made from high-purity zirconia (>99.99%) with excellent hardness and density
- 84 ml actual milling capacity suitable for small batch processing
- Includes stainless steel jacket and two O-rings for air-tight sealing
- Compatible with MSK-SFM-3, MSK-SFM-3-F, and MSK-SFM-3-II milling machines
- Prevents contamination from iron and other inorganic materials during milling
- Lightweight design at 1.6 lbs for easy handling and installation
Technische Daten
| Parameter | Spezifikation |
|---|---|
| Material | Zirconia (Purity >99.99%), Hardness >8.5 Mohs, Density ~5.9 g/cm³ |
| Kapazität | 84 ml (actual volume) |
| Gewicht | 1.6 lbs |
| Im Lieferumfang enthaltene Komponenten | 1 Zirconia jar with stainless steel jacket, 2 O-rings for sealing |
| Compatible Milling Machines | MSK-SFM-3, MSK-SFM-3-F, MSK-SFM-3-II |
Typische Anwendungsbereiche
This zirconia jar is ideal for milling materials that require strict contamination control, such as air-sensitive powders or samples prone to iron contamination. It is commonly used in advanced material research, nanomaterial synthesis, and chemical sample preparation where purity is critical.
Hinweise zur Konfiguration und zum Betrieb
- Do not mill the jar empty with zirconia balls to avoid chipping of zirconia powder.
- Fill the jar to about one-third volume with sample before milling to minimize contamination from jar walls and balls.
- Start milling at low speed to allow powder to coat the jar and balls, then increase speed as needed.
- For air-sensitive materials, sample loading and ball addition can be performed in an inert gas glovebox before milling.
