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Model 1010
Throat Size at Chamber Inches 10 x 10
Screen Area Sq. Inches 240
Motor HP 7.5 – 10
Cutting Circle Diameter Inches 10
Rotor Knives Number 3
Bed Knives Number 2
Weight – SPL / SIL Lbs 675
Throughput Lbs/Hr 300
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Benefits

  • Continuous drying, milling and classifying in a single compact system
  • Safe drying of temperature-sensitive products — even at elevated temperatures
  • Produces ultra-fine, uniform powders in just seconds
  • Handles moist solids with up to 80% moisture content — including slurries, pastes, doughs, filter cakes and wet powders
  • High evaporation capacity and fast thermal transfer
  • 30–40% lower energy consumption per kg of evaporated water compared to conventional drying technologies
  • Small footprint and excellent accessibility for inspection and cleaning

Rotor Types

Hosokawa Flash Dryers are available with a choice of three rotor types, selected according to product characteristics and specific process goals. Each rotor offers distinct advantages to suit a wide range of applications:
  • DMR Rotor A high-speed multi-blade rotor designed for strong dispersion, generating a powerful air vortex with tip speeds of up to 110 m/s. Ideal for maximum dispersing performance.
  • MDH Rotor A horizontally driven rotor with swinging hammers for intensive grinding. Recommended for processing slurries and pastes requiring strong milling.
  • MDV Rotor A vertically driven grinding rotor that gently disperses wet agglomerates and solids. Suited for mild dispersion and grinding of heat-sensitive products.
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Lithium is a relatively rare element that is found in very small concentrations in many different rocks and also in brines. Very few of these sources have potential commercial value. The largest reserves of commercially available lithium salts are found in the brine deposits in dry sea beds located in a few South American countries where the US Geological Survey estimates the total reserves to be in excess of 12 million tons.

Since World War II the production and use of Lithium compounds have greatly increased. The main uses of Lithium compounds include Lithium oxide and Lithium carbonate for use in the production of ceramics and glass, Lithium carbonate for use in the production of Lithium ion batteries and Lithium Stearate for use in lubricants.

Lithium compounds namely Lithium Cobalt Oxide and Lithium Iron Phosphate used in battery applications have specific particle size distribution requirements. The Mikro ACM® Air Classifying Mill SF is used to grind lithium carbonate and produce the specific particle size distribution required for use in high performance Lithium Ion Batteries. Ultra-fine lithium powders used in Lithium Ion battery applications, result in improved battery performance. Performance improvements include higher useable capacity, longer life cycles, faster charging rates, higher efficiency, consistent discharge rates and size and weight advantages. The Mikro ACM® Air Classifying Mill SF is a special variation of the ACM and can produce an extremely fine and superior particle size distribution when compared to other types of air classifying mills.

Visit our Lithium Carbonate Milling Resource Center for more information.