Squeeze Peristaltic Pump

In the wastewater treatment sector, the Industrial Hose Peristaltic Squeeze Pump is a key conveying device. It can stably convey municipal wastewater or industrial sludge containing large amounts of solid particles and fibers without the need for additional filtration or pretreatment. It can also handle acidic, alkaline, and chemical wastewater, preventing secondary contamination caused by corrosion and leakage. Furthermore, the pump can precisely control flow rate by adjusting the speed to meet the needs of various processes, such as dosing and backflow.

Dedicated to addressing complex fluid handling needs, the company has developed a comprehensive product line of industrial squeeze hose peristaltic pumps, ranging from the compact HWH10 model, the high-flow HWH100 model, to the specialized HWH76-915B model, offering flexible adaptation to diverse flow, pressure, and media transfer requirements.

Large output industrial concrete peristaltic hose pumps are suitable for the narrow working conditions of tunnels due to their flexible pipeline layout and resistance to complex environments. Their pulse-free delivery and reverse adjustment function ensure uniform lining thickness and density. Their lack of mechanical seals and easy maintenance reduces downtime and construction costs, making them the preferred equipment for large-scale construction contractors.

Ceramics horizontal slurry pump peristaltic pumps can withstand high-concentration, highly abrasive media such as ore slurries and coal slimes, making them suitable for solid-liquid transfer applications in industries such as mining, metallurgy, and power generation. Featuring a horizontal design, this peristaltic pump is easy to install and maintain, while also offering stable flow rates and high head.

Our high-specification peristaltic concrete pumps offer multiple advantages, making them an ideal choice for a wide range of projects. These hose pumps are particularly suitable for concrete containing special additives or fragile aggregates, ensuring maximum mix integrity. They can also handle concrete of varying viscosities and particle sizes, delivering stable pumping for both thin and thick mixes, even in harsh construction environments such as high humidity and dust.