HS500 High-Speed Rotary Pulverizer

Applied

Pharmaceutical materials, chemicals, coffee beans, rice, dried fruits and vegetables, waste materials, wood, plant raw materials, rubber, tobacco, coal, corn, electronic components, minerals, seeds, straw, powder coatings, paper, textiles, polymers, fertilizers, collagen, pharmaceuticals, cereals, food, spices, bones, etc.

Agriculture, chemistry, synthetic materials, pharmaceuticals, metallurgy, engineering, electronics, construction materials, environment, resource recycling, biology, food.

Operating principle

The sample enters through the feed inlet, first passing through an anti-splash funnel and landing on the rotating blade. Due to centrifugal acceleration, the sample moves outward toward the blade wings. With extremely high rotational speed, the impact between the two produces a cutting and crushing effect, and secondary shearing and friction occur between the rotating blade and the ring sieve. When the sample size is smaller than the sieve aperture, it finally enters the ring-shaped collection tray.

This two-stage crushing method achieves a gentle and rapid sample preparation process. The sample remains in the crushing chamber for only a short time, ensuring that its inherent characteristics are not altered during processing.

Technical characteristics

l LCD touch screen operation, fully functional, widely applicable

l Gentle and rapid, completing coarse and fine crushing in one step

l Suitable for both dry grinding and cryogenic grinding

l Low noise, reliable operation, easy to clean

l Multiple materials and specifications of accessories available, ensuring diverse applications

l Adjustable rotation speed, convenient operation

l Suitable for temperature-sensitive samples; the high-speed rotating blade ensures rapid and efficient grinding, significantly reducing the impact of thermal effects

l Suitable for difficult-to-grind samples; for example, adding liquid nitrogen before grinding to embrittle the sample, achieving analytical-level fineness and efficient grinding results

Technical parameter