Chonry Peristaltic Pump
Peristaltic Pumps
Peristaltic Pumps
A peristaltic pump is an ideal solution for low to medium-viscosity liquids and gases. Its low-viscosity design allows it to move fluids with abrasive particles. It is commonly used in industries involving low-pressure and low-flow applications. Some of its applications include water treatment, ground water sampling, and chemical transfer. A peristaltic pump also helps preserve organs by passing them through the circulatory system of mice.
The peristaltic pump's lifetime can vary depending on the fluid, flow rate, and materials of the housing and tubing. The rollers need to be spaced 180 degrees apart, and the greater the number of rollers, the shorter the pulse width. The amount of squeeze will determine the pumping performance and tube life. Generally, less squeezing results in the pumped medium slipping back, and high velocity slip back can cause premature failure of the hose.
When selecting the right type of peristaltic pump, it is important to consider the occlusion. The percentage of occlusion varies from one pump to another, and it depends on the thickness of the tube wall. The higher the percentage of occlusion, the greater the wear on the tube and its life expectancy. To choose the right pump, you will need to select the one that fits your application and the flow rate.
A peristaltic pump's tubing is an essential factor in pump performance. Choose a material that matches the type of fluid it will pump. A pump's tubing needs to be strong enough to protect sensitive fluids without exposing them to mechanical parts. Tubing is made of high-quality plastics and can be used for a variety of applications. If you choose the wrong tubing, you could damage the pump's performance.
Several types of peristaltic pumps are used for a variety of medical applications. One of the most common is an intravenous pump. It is a device used to deliver critical liquids, such as drugs. The main benefit of a peristaltic pump is that it reduces contamination risks and provides maximum flexibility when transferring fluids. Furthermore, you can control the flow rate of the liquid through the tube depending on its size.
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