Sand Mill

The sand mill is a mechanical device that uses the high-speed rotation of the rotor to generate shear, impact, and crushing forces via grinding media. It disperses, crushes, grinds, deagglomerates, homogenizes, and emulsifies particulate materials in fluids. It performs physical grinding to deagglomerate and grind materials without damaging their intrinsic properties. This equipment is widely used in industries requiring fine dispersion, such as in the preparation processes for coatings, inks, cosmetics, and electronic materials.

Specifications

Basic parameter

Model	Grinding Chamber Effective Volume (L)	Motor Power (kw)	Circulation Flow Rate (L/h)	Media Size (mm)	Weight (kg)	Overall Dimensions (mm)
HSBM-0.5PH	0.5	1.5	20-60	0.2-2	300	1000x600x800
HSBM-3OPH	30	55	500-2500	0.2-2	2000	2000x1200x1900
HSBM-6OPH	60	75	1000-6000	0.2-2	3000	2300x1500x2000
HSBM-150PH	150	160	2000-10000	0.2-2	5000	3000x2400x2700

Product Highlights

Core
- High-Purity Structure, Ultimate Cleanliness
- Superior Cooling Capacity, Sustained and Efficient Operation
- Optimized Grinding Chamber and Rotor Structure, Increased Production Capacity
- Advanced Mechanical Seal Technology, Easy Maintenance
Feature
- Utilizes high-purity materials and processes to ensure no internal contamination of the equipment.
- Optimized structural design, combined with simulation analysis, using high heat transfer coefficient materials.
- The grinding chamber and rotor are designed with hydrodynamic and mechanical optimization.
- Utilizes a high-performance mechanical sealing system.
Advantage
- Magnetic impurity detection level below 30ppb, significantly reducing the introduction of metal impurities.
- Heat exchange efficiency is significantly improved, and the equipment maintains a low temperature even during prolonged operation.
- Enhances grinding efficiency, improves material throughput and processing capacity.
- Extremely low leakage, long service life, adaptable to various working conditions, easy replacement.
Benefit
- Improves product purity and consistency, enhances batch stability, suitable for high-standard material preparation.
- Prevents material degradation due to overheating, ensuring product quality and performance stability.
- Significantly increases production capacity and shortens production cycles while ensuring quality.
- Reduces downtime, lowers maintenance complexity and labor costs, improves equipment reliability.