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Zhejiang LEAP Pulverization Equipment Co., Ltd.

Spherical Graphite, Spherical Graphite Grinding Mill, Graphite Spheroidization Disintegrator manufacturer / supplier in China, offering Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill, Factory Sell Ultrafine Mesh Flour/Farina Powder Micromill, Energy Saving & Environmental Lead Sulfate Tribasic Disintegrator and so on.

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Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill

FOB Price: US $10,000 / Set
Min. Order: 1 Set
Min. Order FOB Price
1 Set US $10,000/ Set
Get Latest Price
Production Capacity: 100 Set/Month
Transport Package: Wooden Pallet
Payment Terms: L/C, T/T, Western Union, Paypal

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Basic Info
  • Model NO.: ACM
  • Processing Object: Beans
  • Screen Mesh: Without Screen Mesh
  • Pellet Mill Type: Ring Die Pelleter
  • Expanding Method: Dry Expansion
  • Applicable Materials Shape: Powder
  • Certificate: Ce
  • Spare Parts: Available
  • Knife Material: Imported From Euro
  • Trademark: LEAP
  • Origin: China
  • Type: Grinding Equipment
  • Processing Technics: Crushing-before-Mixing
  • Grinding Equipment Type: Feed Hammer Mill
  • Bulking Machine Type: Twin Screw Bulking Machine
  • Condition: New
  • Main Material: Carbon Steel or 304 Stainless Steel
  • Bearing: FAG
  • OEM&ODM: Available
  • Belt: Imported From Japan
  • Specification: ISO9001
  • HS Code: 8479820090
Product Description
Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill

Working Principle
 Air classifier mill material would be conveyed by feeding system evenly to milling chamber, and would be impacted by 
highspeed rotating beater, and also under the centrifugal force, it would impact the grinding track. By several different 
pulverization powers, the material would be milled into fine powder. The milled powder would go with air flow up to the 
classifying chamber. With the help of adjustable classifier wheel, coarse powder and fine powder would be separated. 
Qualified fine powder would go through the wheel vane then into the cyclone separator or dust collector, while mixture of 
coarse powder and fine powder would fall down to the milling chamber to be milled again.

Main purpose

This applies to the following seven non-metallic mineral hardness, diatomite, fluorspar, Fluorite, mica, and Low humidity, high melting point, viscosity of sulfur Juan, pesticides, and other ultra-fine grinding of Materials to solve the major problem which current domestic crushing industry can not solve. Fineness Can reach at 5 to 10 microns. 

Technical parameter
Matched Powder(kw)Grinding Plate41122304590110
Classifying wheel0.750.7545.57.51115
Air Flow(m3/h)250-5001200-20002200-36003500-55004000-75007500-150009000-18000
Rotation Speed (r/min)Grinding plate9000560046004200290021001800
Classifying wheel900-3500750-2800700-2800650-2600600-2400500-2000400-1800
Pulverizatin Fineness(μm)5-300

Our Work Included :
Design and supply of a Complete Air Classification Milling system for the production of Spherical Graphite. This includes design and supply of all ancillary items necessary for proper operation of the offered equipment including, 
-  Feed Bin (10m3 minimum capacity) and Feed Screw
-  Pulverizing Mills
-  Classifiers and Cyclones (Cyclones' collecting system & Filters' collecting system)
-  Bag filters
-  Air blowers
-  Rotary valves
-  Pipe both within each classifier unit and interconnecting ducting between stages
- Two product collection systems (for 16um and 23um products), inclusive of appropriately sized bag filters, rotary valves and blowers 
- One fines collection system, inclusive of appropriately sized bag filters, rotary valves and blower.

Successful Projects

Ce Approved Superfine Synthetic Graphite Spheroidization Grinding MillCe Approved Superfine Synthetic Graphite Spheroidization Grinding Mill
Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill

Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill
Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill

Spherical Graphite Introduction
  1. Spherical graphite is produced through fine grinding, purification and spheritisation - processing the flat flake into a sphere of concentrate
  2. Purification is generally conducted via an acid wash treatment which takes a raw material of approximately 94% TGC to over 99% TGC purity
  3. Purified product is milled to reach an average commercial size of between 10 and 20 microns, with the ultimate objective of maximising the surface area of the material. Flake graphite can be spheritised to as low as 5 microns
  4. Uncoated spherical graphite material is usually sold onto processing or trading companies who then add their own specialised coating material to aid conductivity in the battery. This is most commonly a carbon coating of some form that is applied using a chemical vapour method.
  5. Production of uncoated spherical graphite is generally wasteful, with producers today achieving an average yield of 30-40% on initial flake concentrate input
  6. The only application for spherical graphite is as an anode material for lithium-ion batteries, with the majority of consumers being situated in either China, Japan or South Korea
  7. To become "battery-grade", spherical graphite must achieve a minimum of 99.95% TGC following purification
  8. Price is dependent on purity and particle shape / size

Ce Approved Superfine Synthetic Graphite Spheroidization Grinding Mill

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