Flotation Machine in Shanxi, China
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Specifications
- Condition
- new
- 1. single tank solvent
- 4; 6; 8; 12; 16; 20
- 2. processing capacity
- 0. 6-1; 0.6-1; 0. 6-1; 0. 6-1; 0. 6-1; 0. 6-1
- 3. coal slurry nominal throughput
- 250; 300; 400; 600; 750; 800
- 4. impeller linear speed
- 8. 4; 8. 4; 8. 4; 8. 9; 8. 9; 8. 9
- 5. impeller diameter
- 530; 600; 700; 800; 860; 950
- 6. installed power
- Mixing motor; 15*4; 18.5*4; 22*4; 30*4; 37*4; 45*4
- 7. scraper motor
- 1.5*2; 1.5*2; 2. 2*2; 2. 2*2; 3*2; 3*2
- 8. overall dimensions
- Length; 8690; 9890; 10555; 12255; 14175; 15183
- 9. width
- 2150; 2450; 2750; 3120; 3450; 4064
- 10. height
- 2758; 2806; 2956; 3250; 3433; 4000
- 11. company name
- Type; Ash content of feed(%); Fine coal yield(%); Ash content of fine coal(%); Ash content of tailings(%)
- 12. jiexiu shenju coal washing plant
- XJM-S8; 22; 78; 9.8; 65.1
- 13. lingshi jinxiang coal washing third plant
- XJM-S8; 23; 81; 9.7; 58.3
- 14. kaixiu xinchang coal washing plant
- XJM-S6; 25; 83; 10; 63.5
- 15. fenyang huaxin coal washing plant
- XJM-S8; 24.5; 82; 10.2; 58.7
- 16. xiaoyi dajinshan coal washing plant
- XJM-S12; 21; 86; 9.9; 64.3
- Subcategory
- Mining equipment
- Listing ID
- 104632485
Description
XIM-S Series Mechanical Agitation Flotation Machine is an improved self-priming air mechanical agitation flotation machine, which is suitable for flotation of 0-0.2mm particle size coal slurry.
XIM-S Series Mechanical Agitation Flotation Machine
Application scope
XIM-S Series Mechanical Agitation Flotation Machine is an improved self-priming air mechanical agitation flotation machine, which is suitable for flotation of 0-0.2mm particle size coal slurry.
Technical characteristics
1. Improved unique slurry feeding method, for more reasonable slurry flow pattern.
2. Large processing capacity to meet user needs.
3. High air filling efficiency, wide range of adjustment, fast flotation speed, the air intake freely adjustable.
4. For different coal types, particle sizes and concentrations, the hydrodynamic parameters are optimally designed to achieve ideal separation results even for high density and coarse or fine particle coals.
5.