Multi-channel peristaltic pump, as an innovative fluid transport equipment, is gradually attracting the attention of the global industry. By utilizing the principle of peristalsis, it achieves efficient, safe and reliable fluid transport, becoming an indispensable tool in many industries.
Multi-channel peristaltic pump, as an innovative fluid transport equipment, is gradually attracting the attention of the global industry. By utilizing the principle of peristalsis, it achieves efficient, safe and reliable fluid transport, becoming an indispensable tool in many industries. This paper will introduce the working principle, advantages and application fields of multi-channel peristaltic pump in detail.
Multi-head peristaltic pump is an efficient and reliable fluid transport equipment, which uses the principle of peristaltic pump to form multiple flow channels in the transport process, so as to achieve stable and continuous fluid transport. It is not only suitable for various fluid media, but also can transport high concentration and high viscosity liquids. This paper will deeply discuss the working principle, advantages and application fields of multi-head peristaltic pump.
The multi-channel peristaltic pump uses planetary gears to drive 8 stainless steel rolls in coordinated operation and harmonious rotation to drive the flow rate of the liquid.
How to calculate the flow rate of peristaltic pump? The peristaltic pump head can be assembled with multiple pump tubes, each with a different diameter to produce a different flow rate. The larger the diameter of the same peristaltic pump head, the greater the flow generated by the peristaltic pump head, and vice versa.
Multi-channel peristaltic pump is a very important fluid conveying equipment, widely used in chemical, pharmaceutical, food, water treatment and other fields.
How to calculate the flow rate of peristaltic pump? Peristaltic pump head can assemble multiple pump pipe, each different owing to produce different flow diameter. The diameter of the same peristaltic pump head, the greater the peristaltic pump head of the flow rate, the greater the vice versa.