What are the typical applications of a peristaltic pump?

The peristaltic pump is typically used to pump clean / sterile or corrosive fluids without contamination of these fluids to be exposed. Some common applications include pumping IV fluids, corrosive chemicals, high solid slurrys, and other materials by infusion devices, wherein the isolation of the product and the environment is essential. It also used to circulate blood during the surgery, because the pump does not cause obvious hemolysis. The peristaltic pump is also used in a variety of industrial applications. Its unique design makes it particularly suitable for pumping abrasive and viscous fluids. Here are some typical applications: drug Dialysis Machine Heart direct viewpack machine Medical infusion pump Test and research Automatic analyzer Analytical chemistry experiment Carbon monoxide monitor Medium dispenser agriculture 'Sapsucker' pump extraction maple juice Food manufacturing and sales Liquid food fountain (such as cheese sauce for cornflakes) Beverage Catering service washing machine fluid pump

Advantages of a peristaltic pump head

Chromium is a microstrip blue silver-white metal with a relative atomic mass of 51.99, a density of 6.98 to 7.21 g / cm3, a melting point of 1875 to 1920 ° C, and a standard electrode potential of Ush / c, -0. 74V, the old "/c," -0.61V and P + s + + Cr + 1.33V, metal chromium in the air easily passivated, the surface layer of a very thin passivation film, which shows the precious metal nature. Chromium layer peristaltic pump has a high hardness, according to the bath composition and process conditions, the hardness can be a wide range of 400 ~ 1200HV changes. Chrome layer has a good heat resistance, heating at 500 ℃ below its gloss, hardness were no significant changes in temperature greater than 500 ℃ began to oxidative discoloration, greater than 700 ℃ hardness began to decrease. The chrome-plated layer is a fraction of friction, especially the dry friction coefficient, which is the lowest among all metals. So the chrome layer has a good wear resistance. Chromium layer has good chemical stability, in alkali, sulfide, nitric acid and most organic acids do not play a role, but can be dissolved in hydrochloric acid (such as hydrochloric acid) and hot sulfuric acid. In the visible range, the reflectivity of chromium is about 65%, between silver (88%) and nickel (55%), and because of chromium does not change color, the use of long-term to maintain its ability to reflect better than silver and nickel

Basic knowledge of peristaltic pump

What is a peristaltic pump? I believe most users are not very familiar with this type of pump. Peristaltic pump, also known as the hose pump, is a new type of industrial pump, it is the product of modern industrial development, widely used in pharmaceutical, food, chemical and other industries, transport with some sensitive, viscous, corrosive, grinding, high purity requirements, and containing a certain granular material medium. Structural composition The peristaltic pump consists of three parts: the driver, the pump head and the hose. The fluid is isolated in the pump tube, the pump tube can be replaced quickly, the fluid can be retrograde, can dry run, low maintenance costs, and other characteristics constitute the main competitive advantages of peristaltic pump. Working principle The peristaltic pump is mainly composed of a drive, a hose, a roller 2 installed on the rotor 3 and a shell. Among these members, the hose 1 is made of elastic material such as rubber or plastic, and the rest are metal rigid parts. The movement of peristaltic pump is gentle, suitable for shear resistant fluids. The simple and reliable structure of this pump is also the ideal choice for pumping medium flow, medium pressure wear, fragile and corrosive fluids. They are also simple to maintain as only the hose is in contact with the fluid. The peristaltic pum

What is the principle of peristaltic pump?

The principle of peristaltic pump operation is that there is always a runner that keeps the pump tube in the pump. When the peristaltic pump shaft rotates continuously, the runner will rotate the squeeze hose once, but the runner in the peristaltic pump appears. The two runners simultaneously squeeze the hose, so the hose is alternately squeezed as the runner alternates. When the wheel is turned to the hose outlet, the squeeze received by the hose disappears instantaneously because the wheel loosens the hose. At this time, because the hose is not squeezed, it will immediately return to the non-extrusion state, at which point we will see a sudden decrease in the fluid flow at the hose outlet. At the same time, when the hose rebounds, the volume inside the hose suddenly increases, and the other roller in the pump squeezes the inlet of the pump. The increased volume will automatically suck back from the outlet. The fluid flow at the outlet also suddenly decreases, so that a pulse occurs.

How to Operate a Pool Pump & Filter

Components of a swimming pool are highly interdependent. Without proper operation of each element, water quality and comfort degrade and damage may occur to other components. The basics of pool design are consistent whether applied to in-ground or above-ground pools. The system is engineered to keep a large volume of water properly filtered, circulated, heated and treated with disinfecting chemicals. The two most critical elements in any pool system are the pump and the filter. Pool Circulation A pool pump circulates water from the pool through the filter and back to the pool. The pool pump is generally located next to the filter in a concrete pit or recess below the water level of the pool so water flows by gravity to the inlet of the pump. Water entering the pump input first passes through a strainer basket in the pump housing to remove debris. Leaving the pump, the water circulates through the filter and then the heater, if one is installed. Water is reintroduced to the pool through return jets embedded in the walls of the pool. In a regularly utilized pool, the pump may run continuously to provide consistent filtration and circulation. To conserve electricity, many residential pool pumps are connected to timers so the circulation is limited only to hours of the day when the pool is likely to be used. Priming The Pump And Filter Occasionally a pool pump may lose its prime and air may enter the system, interrupting circulation of water. The most common cause is evaporation, causing the pool water l

How to Prime a Diesel Injector Pump?

Injection pumps play an integral role in the operation of diesel-powered vehicles. The part allows diesel cars and trucks to run by delivering an exact amount of fuel, under very high pressure, to each injector at a specified time interval. As the fuel is delivered from the injection pump, each injector disburses the fuel into the motor's cylinders, where it combusts, and keeps the motor running. During routine maintenance, such as fuel filter replacements, you may need to prime the injection pump to remove air from the fuel system. Loosen the nuts connecting the injectors to the motor head. This will allow any air between the injection pump and injectors to exit the system during priming. Insert the key into the ignition. Turn the key to the "on" position and turn it slightly toward the "start" position to bump the starter. Release the key after approximately one to two seconds so that it returns to the "on" position. Listen for the vehicle's electric lift pump to begin transferring diesel from the fuel tank to the fuel filter housing and, in turn, the injector pump. The lift pump will sound like a buzzing coming from the fuel tank. If you do not hear the lift pump working, bump the engine a second time. Work with a partner to watch for fuel coming from the injector lines where you previously loosened the connection nuts. Re-tighten the nuts when fuel begins to flow out of the injector lines. At this time, your injector pump is primed with fuel. With the injector lines re-connected to the head, crank the vehicle and allow it to begin running.

Common fault solutions for filling peristaltic pumps

After the filling peristaltic pump encounters problems in the normal production and operation process, it can be quickly eliminated, solve the problems, and avoid affecting the normal operation, which will have important economic significance. According to some problems frequently encountered in daily use of the filling peristaltic pump, some common problems and corresponding solutions are given. When filling large specifications, the feed tank is insufficient to make the liquid level unstable. You can increase the amount of feed or re-close the ball valve above the filling head to reset the filling time (lengthen the filling time) to slow down the filling Install speed to solve. 2. After adjusting the digital dial code or unit, the time does not change: At this time, turn off the power and reconnect the power. 3. The liquid level is stable and the filling volume is not accurate: There is debris blocking the filling channel, mainly at the entrance of the trough or in the filling mouth, check and clean it up. 4. There is a drip after closing: 1. The orifice of the filling nozzle is damaged, the filling nozzle can be taken out to repair the orifice. 2. The ball valve in the filling head is damaged, and the ball valve needs to be replaced. 5. No filling after touching the filling switch, the time relay digital indicator LED does not flash: The injection switch is damaged or the base of the time relay is loose, replace the injection switch of the same mo

Talking about the product characteristics of micro diaphragm pumps

The micro diaphragm pump is actually a micro vacuum pump. This kind of pump has one suction nozzle and one exhaust nozzle. The internal mechanical device makes the diaphragm inside the pump reciprocate, and it can continuously form a vacuum at the inlet. Or negative pressure, a slight positive pressure is formed at the exhaust nozzle; the working medium is mainly gas, and a compact instrument. The micro diaphragm pump is easy to move and install. It has a self-priming function. The built-in pressure automatic switch controls and protects the pump. The medium temperature can reach 60°C, low noise, corrosion resistance, high pressure, and the self-priming height can reach 5 meters. Micro diaphragm pumps are widely used in reverse osmosis water purification systems, filters, spray devices, industrial equipment, chemical metering and liquid addition, sanitation, environmental protection, printing and other industries. Specifically, the micro diaphragm pump can meet the needs in the following areas. 1. Solve the use of water for eating, washing, bathing, toilet and flushing in vehicles, ships, yachts, etc. (1) Water supply system for toilets and drinking fountains of high, medium and low-grade passenger cars. (2) Water supply system for all kinds of RVs, field campers, and family recreational vehicles. (3) Other special vehicles, such as blood collection vehicles, ambulances, television relay vehicles, survey vehicles, engineering vehicles, and other vehicles with water systems. (4) Water supply systems for various ships and yachts. After installing matching filters, water can be taken directly from the sea, rivers

Application of Mini Peristaltic Pump in Automatic Washing Machine

Application of micro peristaltic pump in fully automatic washing machine: Large automatic washing machines need to add various chemical agents quantitatively and regularly to complete the entire automatic washing process. Because the hose of the peristaltic pump can withstand various chemicals, there is no possibility of cross-contamination, it has good sealing, and can accurately meter and pump viscous liquids. It is only suitable for this task to be completed by the peristaltic pump. Because the detergent has a certain viscosity, when choosing a peristaltic pump, it is necessary to choose a peristaltic pump with a relatively thick hose wall thickness as much as possible, so that the performance of the peristaltic pump can be better reflected. Using a peristaltic pump to complete this work can realize automatic and accurate measurement of how much detergent should be added according to the amount of clothing, so as not to waste detergent or lack of detergent, which reduces environmental pollution and water waste. It also saves the cost of manual addition, and washing machines with detergent added by peristaltic pumps will be more and more recognized by users and become an indispensable part.

Helping micro-chemical reaction technology move forward Sanotac's precise fluid delivery solutions

At present, micro-chemical technology has reached the forefront of large-scale industrialization, and is becoming an important means and way to solve many problems that currently plague the development of the chemical industry and realize intelligent manufacturing. With the strengthening of the cooperation between academia and industry, the industrialization of micro-chemical technology is gaining momentum, and the dawn of full industrialization has emerged. This is the message delivered at the Micro Chemical Reaction Technology and Intelligent Manufacturing Industrialization Promotion Conference held in Qingdao, Shandong Province on June 6. The conference was hosted by the Rubber and Plastic Products Green Manufacturing Professional Committee of the China Chemical Industry Society and co-organized by China Chemical Industry News. More than 150 representatives attended the conference. Tu Shandong, former vice president of East China University of Science and Technology, believes: "At present, the dawn of the full industrialization of micro-chemical machinery technology has emerged, and the intervention and support of entrepreneurs who are brave to innovate are urgently needed. In the past 10 years, the research of micro-chemical machinery systems has made considerable progress. Progress, related literature has grown exponentially, covering the fields of analytical chemistry, physical chemistry, applied chemistry and electrochemistry in the field of chemistry. At the same time, micro-chemical machinery technology has also been successfully demonstrated in the fields of chemical engineering, biology, power and other engineering. Laid the foundation for large-scale industrialization." Zhang Liqun, a professor at Beijing University of Chemica