The stability and efficiency of hose pumps can ensure the continuous transportation of key fluids such as gold mine slurry, thereby improving the operational efficiency of the entire gold mine production line. The structure of the hose pump is relatively simple, with fewer vulnerable parts, and the replacement of the hose is convenient and fast, reducing maintenance costs and time.

The hose pump used for mine work ranges from transporting sludge through the sewage outlet to feed and chemical neutralization.

This working method enables hose pump for food processing industry to handle fluids of various viscosities, including high viscosity, easily crystallizable, corrosive, or fluids containing solid particles

Pump tube size: The inner diameter and wall thickness of the pump tube will affect the flow rate and pressure performance. When choosing, it is necessary to match according to specific needs.
Pump head design: Ensure that the pump head is compatible with the pump tubing and meets the requirements for conveying fluids. For example, for high viscosity fluids, it may be necessary to choose a pump head with a larger compression ratio.

Peristaltic pumps for mine can meet the needs of large-scale production of gold ore slurry, quickly and efficiently delivering it to processing plants, thereby improving production efficiency.

Peristaltic pumps for paper industry is a kind of rotor positive displacement pump. Compared with other types of pumps, it can pump three types of objects: solid, liquid and gas. Peristaltic pump is widely used in paper industry for the following reasons

Peristaltic pump, also known as hose pump, is a rotor type positive displacement pump composed of peristaltic pump driver, pump head and hose, used to control flow. Among these components, the hose is composed of elastic materials such as rubber and multilayer composite materials, and the rest is metal hardware.

When choosing a peristaltic pump, we should pay attention to the three primary factors: driver, pump head, and hose. More importantly, the engineering suitable for the application can not only maximize the power of the peristaltic pump, but also greatly reduce our cost.