Product Description
The Ceramic Zirconia Grinding Jar is a high-quality
milling container designed for use with planetary ball mills.
Made from zirconia (ZrO₂) ceramic, this grinding jar offers
exceptional hardness, wear resistance, and chemical stability,
making it ideal for grinding, mixing, and homogenizing a wide range
of materials, including powders, ceramics, minerals, and
composites.
Key Features:
Material: High-purity zirconia (ZrO₂) ceramic for
superior durability and minimal contamination.
Capacity: 50ml – Suitable for small-scale laboratory
grinding applications.
High Wear Resistance: Zirconia ceramic is harder than
stainless steel and alumina, ensuring long service life.
Chemical Inertness: Resistant to acids, alkalis, and organic
solvents, preventing sample contamination.
Smooth Inner Surface: Optimized for efficient grinding and
easy cleaning.
Compatibility: Designed for use with planetary ball
mills (check machine specifications for fit).
Sealed Design: Includes a secure lid to prevent sample loss
and cross-contamination.
Grinding Media Options: Compatible with zirconia,
stainless steel, or other grinding balls (sold separately).
Applications:
Nanomaterial preparation (e.g., graphene, metal oxides)
Mechanical alloying & powder mixing
Pharmaceutical & biochemical research
Ceramic & composite material processing
Geology & mineral sample preparation
Technical Specifications:
Included Accessories:
1 x 50ml Zirconia Grinding Jar
1 x Zirconia Lid with Sealing Gasket
Optional: Grinding balls (sold separately)
Maintenance & Care:
Clean with ethanol or mild detergent after use.
Avoid impact or sudden temperature changes to prevent
cracking.
Store in a dry environment when not in use.
Why Choose This Zirconia Grinding Jar?
✔ Ultra-high hardness & wear resistance – Longer
lifespan than alumina or stainless steel jars.
✔ Minimal contamination – Ideal for high-purity
applications.
✔ Precision milling – Ensures uniform particle size
reduction.
✔ Versatile applications – Suitable for both wet and dry
grinding.
Ideal for research labs, universities, and industrial
R&D requiring high-performance milling solutions.
