Sisic Grinding Barrel

1. ‌Exceptional Hardness & Wear Resistance‌
   Second only to diamond in hardness, with 5-10 times the wear resistance of conventional materials. Maintains smooth inner walls long-term, minimizing material contamination
   

2. ‌Superior Thermal Conductivity & Heat Dissipation‌
   Rapidly conducts heat generated during grinding, preventing material agglomeration due to high temperatures1. Enhances grinding precision and efficiency
   

3. ‌High-Temperature Stability‌
   Withstands temperatures up to 1800°C, exhibits excellent resistance to thermal shock (rapid heating/cooling), and resists cracking
   

‌II. Core Advantages‌

• ‌High Grinding Efficiency:‌ Minimal wear ensures material purity, suitable for nano-level fine grinding
  

• ‌Strong Chemical Stability:‌ Resistant to acid/alkali corrosion, adaptable to diverse grinding media (e.g., ceramic slurries, chemical raw materials)
  

• ‌Lower Overall Costs:‌ Long service life (replaces imported products), low maintenance costs; priced at less than 50% of zirconia equivalents
  

‌III. Application Fields‌

• ‌Precision Material Processing:‌ Fine grinding of ceramics, electronic components, magnetic materials, lithium battery cathode materials
  

• ‌Chemical & Metallurgical Industries:‌ Raw material dispersion in highly corrosive environments and high-temperature kiln systems

• ‌Environmental & Energy:‌ Heat exchanger components in high-temperature gas purification systems8.

‌Typical Parameter Examples‌