Henan Coal Science Research Institute Keming Mechanical and Electrical Equipment Co. , Ltd.
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| Model | KH60B Hose Squeeze Pump |
| Output | 8~9 m3/h |
| Rated pressure | 1.5 MPa |
| Rev. | 46 r/min |
| Max delivery dist. | 150 m |
| Max. particle dia. | 5 mm |
| Max. suction dist. | 5 m |
| Motor power | 7.5 KW |
| Dimension | 1050*1100*980 mm |
| Reducer type | Cycloidal reducer |
1. No valve operation, no back flow, stable pumping flow, low fault rate.
2. Free exchange of suction inlet and discharge outlet. When the pump is blocked, reversing pump can discharge the obstruction.
3. High vacuum, strong self-suction capacity.
4. Convenient maintenance, less wearable parts (except extruded hose).
1. Chemical: corrosive,acid,alkali,phosphate liquid,inorganic materials,crystalline liquid,suspending liquid,emulsion,resin,electroplate liquid,electrolyte solution,precipitate.
2. Agriculture: phosphate fertilizer,compound fertilizers,thick slurry, precipitated sludge.
3. Architecture: mortar,plaster,cement paste,soil slurry,silt slurry,lime slurry,foamed concrete, architectural coating, refractory,accelerator,ooze,waste water,sewage and so on.
4. Mining: gold pulp,tailings,thick pulp,filling materials,underground drainage,adsorbent,slurry, mortar...
5. Oil industry: drilling fluid,crude oil.
6. Ceramic industry: ceramic germ plasma, slip glaze, glaze materials.
7. Paper industry: paper pulp, liquid sulfur.
8. Cosmetics industry: toothpaste, emulsion, hair conditioner, face cream, facial oil.
9. Food and Beverage: oil, brew, milk, confiture, salad, syrup, chocolate.
10. Others: pharmaceutical liquid,radioactive liquid,textile auxiliary,adhesion agent,glue,latex.
Different configuration the hose pump cost are different:
First, for peristaltic pumps of the same function and type, flow rate is usually used as a pricing standard. Because if a larger flow rate is to be achieved, the speed of the motor must be increased, so the power of the motor will become larger, including the choice of transformer or DC power supply, which requires additional power, resulting in additional hardware costs, and the price will also be different.
Second, for peristaltic pumps with the same flow range, different drive modes will have a large price difference. For example, pneumatic explosion-proof and ordinary power transmission, these two drive structures are very different, and the cost will be more different.
Third, the difference in pump heads will lead to price differences in peristaltic pumps. Due to different materials and different processing methods, the cost of different pump heads will be worse.