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Peristaltic pump for pumping foam concrete

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.

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Peristaltic pump, also known as peristaltic pump for pumping foam concrete, is a rotor type positive displacement pump. It consists of a peristaltic pump driver, pump head and hose. It is a liquid delivery device that can control the flow rate. Among these components, the hose is made of elastic materials such as rubber or multi-layer composite materials, and the rest are metal rigid parts.
rubber hose manufacturers association
rubber hose manufacturers association
Features of the Russia peristaltic pump for TBM:
1. Satisfy the cleaning requirements: the main point of aseptic clean transportation, the liquid only touches the pump tube, not the pump body.
2. Low stress: The fluid is not sheared, but driven by the body. This is the love of shearing.
3. High splitting accuracy: the characteristic of positive displacement, because the pump can output every time it rotates, metering and quantitative splitting, so it can be used.
4. Self-priming operation: The hose peristaltic pump for TBM can be used to transport gas, liquid, and gas-liquid mixture in dry operation, and can transport fluids containing solid particles. The diameter of solid particles is up to 30% of the diameter of the hose. The vacuum generated by the peristaltic pump allows the pump to achieve self-priming, and there is no need to fill the pump with water before starting.
5. Equal flow in the forward and reverse directions: By changing the rotation of the motor, you can switch the forward and reverse directions without liquid supply, and the forward and reverse directions without liquid supply do not flow.
6. Easy to maintain and clean: Only hoses are consumables, without valves and seals, easy to set up and operate, and hoses can be replaced quickly.
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Industrial Hose Squeeze Pump for Waste Water Applicable Scenarios:
In wastewater treatment, industrial hose squeeze pumps are often used in the following scenarios:
Wastewater transmission: used to transfer wastewater from one place to another, especially when a large amount of wastewater needs to be treated, the pump can provide stable and continuous fluid transmission.
Sludge treatment: Sludge is often produced during wastewater treatment. Industrial hose squeeze pumps can treat sludge containing solid particles and transport it to designated treatment equipment.
Chemical dosing: In the process of wastewater treatment, chemicals are sometimes needed to change the properties of wastewater or remove pollutants. Industrial hose squeeze pumps can accurately control the amount of chemicals added to ensure the effect of wastewater treatment.

Industrial Hose Squeeze Pump for Waste WaterMain features
No pollution: The fluid only contacts the hose, not the pump body, avoiding the contamination of the pump body to the fluid.
High precision: It can accurately control the flow and pressure of the fluid to meet the precise control requirements in the wastewater treatment process.
Low shear force: The shear force on the fluid is small, suitable for conveying shear-sensitive or highly corrosive fluids.
Good sealing: As the only sealing part, the hose can provide a good sealing effect to prevent fluid leakage.
Easy maintenance: The hose is the only vulnerable part of the pump, which is easy to replace and has low maintenance cost.