China Factory Direct Sale Industrial Hose Peristaltic Pump application is very wide, for example, construction, pharmacy, textile mill, dye making, water treatment, mining, ceramic, brewery, beverage and TBM project.
The working principle of the Peristaltic pump for pumping foam concrete is that a special rubber hose with a smooth inner wall and strong strength is installed inside the pump body. It is kneaded along the hose through a pair of pressure rollers. This rotation causes the medium to be transported in one direction. After the medium is transported, the elasticity of the squeezed hose and the force of the side guide rollers restore the original. At this moment, a high vacuum is generated in the hose to suck the medium into the lumen again, and the medium will follow it. The pressure roller is kneaded and discharged from the hose. In this way, the medium is continuously sucked and discharged.
For TBM project, the industial peristaltic pump can be used for pumping bentonite and mud fluid. Because the tube is only spare part, easy to maintain, and saving cost, the peristaltic pump get better feedback from customers.
LH100-915 high pressure peristaltic pump for sale adopts special process squeeze hose, working pressure could be up to 26bar, output is 30m3/h, Max. Aggregate Size is 15mm. If you are interested in LH100-915 high pressure peristaltic pump, please contact us freely, sales1@leadcrete.com.
Hose pump can be used for pumping oil sludge, heavy fuel oil sludge, and can be used as a sludge pumps & high pressure slurry transfer pumps.
Concrete slurry transfer peristaltic pump for sale is used mainly for concrete slurry. An elastomeric tube is squeezed along a length by rollers that push the fluid contained within. The tube’s restitution after squeezing produces a vacuum that draws fluid continuously into the tube. This creates a gentle pumping action that doesn’t cause any damage to the product. Contaminations are avoided because the fluid is contained within the tube. The hose pump employs a rotor with rollers mounted on it that continually compress and occlude some portion of the tube. This action moves the fluid through the tube with a constant rate of displacement for each revolution of the rotor, enabling a precise measurement of the volume of fluid pumped through the tube.
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