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.
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.
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.
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.
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