High-quality, custom-manufactured zirconia grinding jars designed for planetary ball mills, perfectly suited for a wide range of laboratory experiments.
95 Zirconium Material Composition
The term "95 Zirconium" refers to a material that is 95% ZrO₂ (Zirconia) by mass, with the remaining ~5% being a stabilizer (typically Yttria - Y₂O₃). This is a specific grade of Yttria-Stabilized Zirconia (YSZ) where the yttria stabilizes the zirconia's crystal structure, providing exceptional toughness and strength.
Material Advantages
High Fracture Toughness: Resists chipping and cracking from high-impact forces in planetary ball mills
Superior Wear Resistance: Harder and more wear-resistant than alumina, ensuring long jar life and minimal contamination
Chemical Inertness: Will not react with most chemical samples, ensuring contamination-free grinding
Available Sizes (50ml to 300ml)
50ml & 100ml Jars: Ideal for small-batch experiments, precious materials, and initial feasibility studies
250ml & 300ml Jars: Perfect for standard lab work, providing optimal balance between sample volume and grinding efficiency
Customization Options
Tailor your jars to specific experimental requirements:
Lid Design:
Standard Sealed Lid with rubber O-ring for general use
Gas-Purging Lid with valve for inert atmosphere grinding (Argon/Nitrogen)
Surface Finishing:
Standard Finish for most applications
Mirror Polished Interior for nano-scale grinding and easy cleaning
Physical Configuration: Custom fit for specific planetary ball mill models (Retsch, Fritsch, Guangzhou Zoli, QM-series, etc.)
Laboratory Applications
Mechanical Alloying: Creating alloyed materials from elemental powders
Size Reduction/Nano-Grinding: Producing fine and nano-sized powders
Mixing and Homogenization: Creating uniform mixtures of different powder materials
Cell Disruption: Breaking down biological cells for content extraction
Process Emulation: Testing material behavior under mechanical stress
Key Benefits
Precision & Control: Customized to exact experimental requirements
Material Purity: Zirconia ensures sample integrity without contamination
Exceptional Durability: Withstands extended use for cost-effective operation
Optimized Performance: Ensures reliable and reproducible experimental results