peristaltic squeeze pump for conveying concrete

Peristaltic Type Squeeze Concrete Pump is a pump that uses the peristaltic effect to transport concrete. Its working principle is to move concrete in the pipe through a series of sequential squeezing and releasing actions. This pump usually consists of a hopper, a peristaltic hose, a drive device and a control system.
Peristaltic Type Squeeze Concrete Pump is widely used in the following fields:
Construction engineering: used for concrete transportation in high-rise buildings, bridges, tunnels and other projects.
Hydraulic engineering: used for the transportation and pouring of concrete in hydraulic engineering such as dams and hydropower stations.
Underground engineering: used for the transportation and filling of concrete in underground engineering such as subways and underground pipelines.

peristaltic squeeze pump for conveying concrete and mortar is used for pumping sludge materials, no contact between product and mechanical parts, only squeezes hose to replace. It could be widely used in many project, such as architecture, underground construction, petrochemical industry, metallurgy, food industry, ceramic, mining, water treatment, hydrocarbon sludge pumping etc.

Peristaltic squeeze pump for conveying concrete and mortar are mainly applied in distant conveying, grouting and dosing of viscous slurries in construction, mining, food, paper-making, ceramic, etc. We customize hose pumps for different customers.

Peristaltic Squeeze Pump For Conveying Concrete And Mortar are mainly applied in distant conveying, grouting and dosing of viscous slurries in construction, mining, food, papermaking, ceramic, etc.

Good quality easy to operate squeeze peristaltic pump consists mainly of pump house, rotor, roller, idle roller, squeeze tube and driving unit. The good quality easy to operate squeeze peristaltic pump is U-shape in pump house, when rotor drives roller to rotate, hose is deformed. After the roller rotate, the deformed hose recover by its elasticity. Thus the negative pressure in this hose is generated, sucking slurries, and discharging through outlet under roller’s push, finally forms pressure conveying of slurries.