Hose peristaltic pump for concrete

A High Abrasion Resistance Peristaltic Hose Concrete Conveying Pump is a specialized piece of equipment designed to handle concrete or similar abrasive materials with minimal wear on the pump’s components. This type of pump is particularly useful for conveying concrete that contains coarse aggregates, which can be highly abrasive and challenging to move without causing significant damage to the pumping system. The pump uses a peristaltic hose as the conveying medium and conveys concrete through the peristaltic motion of the hose. During the working process, the hose is periodically compressed and released, thereby generating a peristaltic effect, pushing the concrete along the pipeline.

A Large Flow Hose Peristaltic Pump is designed to handle higher flow rates and larger volumes of fluid compared to standard peristaltic pumps. These pumps are ideal for applications requiring significant throughput while maintaining the benefits of peristaltic pumping technology, such as gentle handling of shear-sensitive fluids, high abrasion resistance, and precise metering.

An Industrial Grade Peristaltic Pump is a specialized piece of equipment designed for robust and reliable performance in demanding industrial environments. These pumps are particularly well-suited for applications requiring the transfer of aggressive chemicals, slurries, viscous fluids, or any material that must be handled gently to preserve its integrity.

An Industrial Peristaltic Squeeze Hose Pump offers a robust, reliable, and efficient method for transferring and placing lightweight concrete in various construction applications. Its design minimizes wear, prevents leaks, allows for accurate metering, and can handle abrasive and viscous materials, making it an indispensable tool in modern construction practices.

Hose type concrete pump transports concrete from one place to another through a hose, and is widely used in engineering fields such as construction, roads, bridges, etc. The equipment has the characteristics of easy operation, strong flexibility, and adaptability to a variety of construction environments.

The working principle of the Foam Concrete Hose Squeeze Pump is based on the hose extrusion technology. During the pumping process, the rotor or pressure block in the pump head periodically squeezes the hose, so that the foam concrete in the hose is pushed out, forming a continuous pumping action. This pumping method is efficient and stable and is suitable for various complex construction environments.

Peristaltic concrete pump is a kind of pump equipment that uses the peristaltic principle to transport concrete. It squeezes the hose periodically through a specific mechanical structure, thereby forming continuous negative and positive pressure areas in the hose, pushing the concrete to move along the hose. This pump has the advantages of simple structure, easy maintenance, strong adaptability, etc., and is particularly suitable for occasions where high-viscosity and high-solid content concrete needs to be transported.

We are a professional industrial hose pump manufacturer and supplier from China, providing industrial-grade, sanitary-grade, mining explosion-proof and other full-scenario hose pumps, with a flow range of [0.1-100m³/h], suitable for 20+ industries such as chemical, food, environmental protection, mining, construction, etc., and support non-standard customization.

OEM Stepper Motor Industrial Peristaltic Pump has been widely used in many industrial fields due to its advantages of precise control, no pollution, low shear force, corrosion resistance and simple maintenance. In the process of selection and use, comprehensive consideration should be made according to actual needs to ensure that the performance and stability of the pump meet the production requirements.

When selecting a peristaltic pump for pumping mortar (a thick, abrasive mixture of cement, sand, and water), the focus must be on abrasion resistance, pressure handling, and durability to manage the challenges of mortar’s viscosity, particle size, and alkaline nature.

A peristaltic squeeze pump for concrete (also called a concrete hose pump or squeeze pump) is a specialized positive displacement pump designed to reliably transport abrasive, viscous, or coarse concrete mixes. 

Peristaltic (hose) pump is a highly suitable and commonly used solution for pumping sludge containing fines and brine, especially in harsh or corrosive environments. This technology offers reliability, low maintenance complexity, and excellent chemical/abrasion resistance—making it a top contender for this challenging application.

We are industrial peristaltic hose pump manufacturer and supplier for many years and can provide various types of hose pumps. Squeeze concrete pumps are widely used in high-rise buildings, tunnels, water conservancy and other projects and are famous for their low energy consumption and high reliability.

Concrete Transfer Hose Pumps are widely used in various construction projects, such as high-rise buildings, bridges, tunnels, dams, etc. Especially in the construction of super high-rise buildings, concrete delivery pipe pumps have become indispensable construction equipment due to their efficient and continuous pumping capabilities.

Hose pumps work on the principle of peristaltic action, where the hose is compressed in a wavelike manner to propel the fluid inside. This is achieved by using a rotor with pinch rollers that compress the hose against a stationary housing. As the rotor rotates, the pinch rollers sequentially compress the hose, creating a series of occlusion points that move along the hose, pushing the fluid forward. Hose Pumps for Slurry Grouting are a reliable and efficient choice for slurry grouting applications due to their abrasion resistance, ability to handle varying viscosities, self-priming capabilities, pulseless flow, and versatility. When selecting and maintaining a hose pump for slurry grouting, consider material compatibility, pump size and capacity, and maintenance requirements to ensure optimal performance.

Hose peristaltic transfer pump ideal applications:
A hose peristaltic pump excels in scenarios where traditional piston or screw pumps struggle:
Specialty & Confined Space Placement: Pumping into narrow forms, complex geometries, or tight access areas where maneuvering a traditional pump’s boom/pipe is difficult.
Grouting & Anchoring: Pumping cementitious grouts, micro-piles, soil stabilization, and rock annotation.
Concrete Repair & Refurbishment: Mortars, shotcrete (when equipped with an acceleration nozzle), resurfacing materials, and patch repairs.
Precast & Architectural Concrete: Smaller-scale production of countertops, panels, and decorative precast elements.
Fiber-Reinforced Concrete (FRC): Handles fibers significantly better than piston pumps prone to valve clogging.
Low-Volume Projects: Jobs where the high setup cost and complexity of a large piston pump aren’t justified.
Abrasive/Corrosive Mixes: Applications where component wear from abrasive aggregates or corrosive additives is a major concern.

Hose type concrete pump with mixer realizes concrete transportation by squeezing elastic hose with roller or slider, without mechanical seal, avoiding leakage risk. The hose is mostly made of wear-resistant rubber or steel wire reinforcement layer, with a service life of up to 3000-5000m³ (depending on working conditions).

Hose Peristaltic Type Concrete Pump Applications:
Mining Industry: Used for transferring mineral slurries, tailings, and other mining-related slurries.
Wastewater Treatment: Ideal for pumping sludge and other wastewater treatment plant by-products.
Chemical Processing: Suitable for handling corrosive chemicals and abrasive slurries in chemical processing plants.
Pharmaceuticals and Food Processing: Useful for transferring slurries containing biological or food-grade materials where hygiene is critical.
Construction: Can be used for transferring concrete, grout, or foam concrete mixes.

Hose Squeeze Pumps, also known as peristaltic pumps in many applications, are highly effective for water treatment processes due to their ability to handle a wide range of fluids, including those that are abrasive, corrosive, viscous, or contain solids. These pumps play a critical role in various stages of water treatment, from intake and pre-treatment to chemical dosing and sludge handling.

Peristaltic pumps are successfully used in thickener discharge for:
Gold and silver leach plants (cyanide slurries)
Copper and base metal concentrators
Iron ore processing
Coal tailings management
Mineral sands and heavy media recovery

A Hose Peristaltic Pump is an ideal solution for slurry transfer due to its unique design and operational characteristics. Slurries are mixtures of liquid and solid particles, often highly abrasive or corrosive, making them challenging to handle with conventional pump types.

Concrete Transfer Peristaltic Hose Pumps are widely used in various construction projects, such as high-rise buildings, bridges, tunnels, dams, etc. Especially in projects that require long-distance, large-flow pumping of concrete, peristaltic hose pumps have significant advantages. In addition, because it uses hoses as the pumping medium, it has better flexibility and adaptability and can adapt to various complex construction environments.

The peristaltic accelerated delivery hose pump periodically squeezes the hose through a specific mechanical structure, such as a roller or a pressure block, thereby forming continuous negative and positive pressure areas in the hose. The changes in these areas push the medium (such as liquid, gas or slurry) along the hose to achieve the purpose of delivery. At the same time, by increasing the speed of the drive motor or optimizing the structural design of the pump, the delivery speed of the medium can be increased to achieve accelerated delivery.

Using a Peristaltic Squeeze Hose Pump for handling oil sludge is an effective solution due to the pump’s ability to handle highly viscous, abrasive, and potentially corrosive materials without damaging the internal components or the material being pumped. Oil sludge typically consists of a mixture of water, oil, solid particles, and other contaminants, making it challenging to transfer using conventional pumping methods.

A peristaltic pump is an excellent and widely used choice for wastewater treatment transfer applications, especially when handling challenging fluids like sludge, chemicals, scum, or abrasive/viscous slurries.

A hose peristaltic transfer pump (also known as a peristaltic hose pump or tube pump) is a type of positive displacement pump that moves fluids by mechanically compressing and releasing a flexible rubber hose. As the pump rotor turns, rollers or shoes squeeze the hose, pushing the fluid forward in a gentle, pulsating flow.

Hose concrete pump with mixer is an integrated design of mixing and pumping, which reduces equipment transfer time and improves construction continuity. It can transport materials containing solid particles (maximum particle size < 1/4 of the hose inner diameter), high viscosity, and shear-sensitive materials. The flow rate is stable, and the re-measured volume accuracy is ±1%, which supports laboratory-level measurement requirements. The hose is the only consumable part, and the replacement cycle is long.

Cellular Lightweight Foam Concrete Pump is used for pumping cellular lightweight foam concrete, also known as foamed concrete or aerated concrete. This type of concrete is made by mixing cement, water, and a pre-formed stable foam to create a lightweight material with good insulation properties.

The working principle of the foam Concrete  hose pump for transfer foam concrete is mainly based on the principle of pressure delivery. It continuously delivers foam concrete along the pipeline through moving parts such as pistons or screws inside the pump body. During the pumping process, the pressure inside the pump body gradually increases, pushing the foam concrete forward until it reaches the designated construction location.

Peristaltic pumps are very well-suited for many ceramic slip transfer applications, particularly where gentle handling, ease of maintenance, self-priming, and handling of abrasive slurries are priorities. Their main drawbacks are tubing wear (a consumable cost) and pressure/flow limitations compared to some other pump types (like progressive cavity pumps).