Customization: | Available |
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Max.Head: | 30-50m |
Max.Capacity: | >400 L/min |
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Summary
Model LJYA series slurry pump is a cantilever type single - stage - suction centrifugal submerged pump. Its blade whe-el is a semi-open type. In the front and back of the blade wheel installs an abrasio - resistant cover. The pump is widely used in chemical process for conveying medium containing less than 30% solid granules and with viscosity less than 200cp, which is subject to the interaction of corrosion and abrasion. It is especially suitable for conveying such medium as phosphoric acid, triammonium phosphorate slurry, etc. In general, the temperature of the conveying medium is less than 110ºC. When conveying medium with higher temperature, the bearing should be cooled with cooling water.Perfo-rmance scope: flow Q=10-400m2/h, Lift H=5-50m.
The FLX type series anticipates the syrup circulates to pump to 3~1000000/year in ton phosphorus ammonium engin-eering in side of an effect two effects anticipates syrup evaporate concentrated circulate of important kit Equipments, should pump to have efficient and high, vapor eclipse function good etc. Characteristics, is Replace the optimization product that import the equipments. That series pump is extensive at the same time should use for the other industry in chemical engineering,petroleum, metallurgy, deckle... Etc. Section.
Main manufacture materials and applicable medium.
Code | Applicable medium |
CW-2(CD4MCu) | Suitable for diluted sulfuric acid,phosphoric acid by wet process, triammonium phosphate slurry. electrolyte of metallurgy of non-icrrous metals. |
904,UB-6 | Suitable for diluted sulfuric acid |
CB7Cu | Weak corrosive sand slurry, slag slurry, as well as the camallite and halogen liquid in the production of potassium fertilixers. |
316,Mo2Ti | Diluted nitrie acid, phospharie acld, organic acid and medium containing small amount of sulfuric acid or chlorion |
304,18-8 | Diluted nitric acid,organic acids. |
1 | Coupling | 2 | Electric frame | 3 | Bearing gland | 4 | Bearing sleeve | 5 | Bearing box | 6 | Bearing |
7 | Floor | 8 | Liquid pipe | 9 | Intermediate to take over | 10 | Pump shaft | 11 | Elbow | 12 | After the lining board |
13 | The impeller(open) | 14 | Before the liner | 15 | The impeller nut | 16 | Before the pump cover |
1 | Screen | 2 | Before the pump cover | 3 | Before the liner | 4 | Impeller | 5 | Pump body | 6 | After the lining board |
7 | Under the takeover | 8 | Shaft | 9 | Pay the impeller | 10 | Middle frame | 11 | Bearing gland | 12 | Bearing |
13 | Oil baffle | 14 | Bearing box | 15 | Gas pipe | 16 | Floor | 17 | Bearing box | 18 | On the bearing |
19 | Bearing gland | 20 | Coupling | 21 | Electric frame | 22 | And a half of the flange | 23 | Liquid pipe | 24 | Diffusion tube |
25 | Elbow |
Performance parameters of the table