Grinding sets specifically designed for Vibratory Disc Mills offer exceptional durability and precision, making them ideal for high-quality laboratory sample preparation. Available in multiple materials and volumes, our grinding sets provide reliable performance tailored to diverse applications and materials.
We also offer custom grinding set manufacturing, carefully designed to match your exact operational requirements and ensure optimal performance.
Our Grinding Set Options:
Steel Grinding Sets (62 HRC)
Volumes: 2000cc, 1000cc, 800cc, 400 cc, 250 cc, 100 cc, 50 cc
Steel grinding sets offer outstanding durability and hardness, suitable for most general-purpose grinding tasks involving minerals, ores, and other abrasive samples. These sets deliver consistent results and a long service life.
Applications: General laboratory grinding, geological samples, mineral processing.
Tungsten Carbide (WC) Grinding Sets
Volumes: 400cc, 250 cc, 100 cc, 50 cc
Our Tungsten Carbide grinding sets provide superior wear resistance, making them ideal for efficiently processing extremely hard, brittle, and abrasive samples. They significantly extend operational life even under demanding conditions.
Applications: Hard minerals and ores, abrasive materials, ceramics, metallurgical samples.
Agate Grinding Sets
Volumes: 100 cc, 50 cc
Agate grinding sets are particularly preferred for sensitive laboratory applications requiring maximum chemical purity and minimal contamination risk. These sets are suitable for delicate grinding procedures where chemical integrity is crucial.
Applications: Chemical analysis samples, pharmaceuticals, environmental testing, contamination-sensitive materials.
Why Choose Our Vibratory Disc Mill Grinding Bowls?
High-quality Materials: Robust steel, wear-resistant tungsten carbide, and chemically pure agate to meet diverse laboratory demands.
Custom Solutions: Tailor-made grinding sets to match specific lab requirements and operational needs.
Reliable Performance: Precision-engineered to deliver consistent results, long lifespan, and minimal contamination.
