Chuangrui peristaltic pump for condensate discharge The peristaltic pump constant flow pump is mainly used for the discharge of condensed water in the flue gas analyzer. The flue gas usually contains various flue gases such as O2, CO, NO, NO2, NOx, SO2, NH3. The flue gas analyzer is equipped with a high-power Peltier gas cooler and a drain peristaltic pump, and electronically detects the condensed water. Once it reaches the upper limit of drainage, it automatically turns on the peristaltic pump and discharges the condensate, which is very suitable for wet flue gas monitoring and analysis. The flue gas automatic monitoring system needs to condense the flue gas for gas-water separation before the flue gas enters the gas analyzer, and the condensate water is discharged through the peristaltic pump. This prevents corrosion of the gas analyzer and multiple components due to too much humidity in the flue gas. Gas monitoring needs to strictly ensure the tightness of the monitoring system. Therefore, the condensate drainage system is required to have good sealing performance, preventing outside air from entering the condenser through the drainage system and affecting the sample gas composition. The chemical composition of the condensate is complex and corrosive, and the condensed water also contains solid particles when the pre-sample gas filtration effect is not good. Therefore, the condensate discharge system is required to have good corrosion resistance and is suitable for abrasive fluids. Due to its compact size and stable working condition,

Cement grinding aid is a chemical additive that improves the grinding effect and performance of cement grinding. It can significantly increase the output of cement platform, the strength of cement at various ages, and improve its fluidity. The cement grinding aid can greatly reduce the phenomenon of electrostatic adsorption ball formation formed during the grinding process, and can reduce the re-agglomeration tendency of the ultrafine particles formed during the grinding process. The cement grinding aid can also significantly improve the fluidity of the cement, improve the grinding effect of the mill and the powder selection efficiency of the classifier, thereby reducing the energy consumption of the grinding. The cement produced by the grinding aid has a lower tendency of compaction and coalescence, which is beneficial to the loading and unloading of the cement and can reduce the wall hanging phenomenon of the cement storage. As a chemical additive, grinding aids can improve the distribution of cement particles and stimulate hydration power, thereby improving the early strength and late strength of cement. Liquid cement grinding aid component The components of liquid cement grinding aids are often: liquid grinding aid mother liquor, triethanolamine, polymeric polyol, polymeric

Peristaltic pump for Scientific research. Mixing different fluids stream together after the peristaltic pump and letting them crystallise. An operation method in which separation is carried out by a crystallization method by using a difference in solubility of each component in the same solvent or in a case of cold and heat. As long as crystals are formed, the purity of the compound is of comparable purity. Crystallization is one of the important methods for refining solid compounds. The crystals precipitated for the first time are often impure, and the process of making the pure crystals into impure crystals is called recrystallization. The peristaltic pump acts as a dosing and solubilizing agent during the crystallization process. Advantages of peristaltic pumps:

peristaltic pump for Water treatment In recent years, with the continuous advancement of industrialization and urbanization, social and economic development has been rapid, but the pollution problem has become an important problem to be solved, sewage treatment has increasingly become an indispensable part of economic development and water resources protection. Therefore, vigorously developing sewage treatment technology and industrialization level is an important way to prevent water pollution and alleviate the shortage of water resources. Sewage treatment is to make the sewage into a certain water body or reuse of water quality requirements for its purification process. Modern sewage treatment technology is divided into one, two and three levels according to the degree of treatment. The first stage treatment mainly removes solid substances suspended in the sewage and is usually used in physical methods. The two stage treatment mainly removes the colloidal and dissolved organic matter in the sewage. Generally, the effluent treated by secondary treatment can reach the discharge standard. Activated sludge process and biofilm process are commonly used. Three-stage treatment is to further remove some special pollutants, such as phosphorus, nitrogen and biodegradable organic pollutants, inorganic pollutants, pathogens and so on. CR peristaltic pump ---- An reliable choice Peristaltic pump is widely used in sewage treatment because of its own characteristics. Safe, accurate and efficient chemical dosage and transport are the objectives of each sewage treatment operation, which requires the design of pumps that can be u

Filling equipment in the pharmaceutical industry to meet the premise of filling accuracy, the first thing to have is a high level of hygiene, and also easy to clean and disinfect. Peristaltic pump is the most hygienic product in the filling principle and equipment currently known. Because the liquid does not contact with the pump body, only flow in the peristaltic pump tubing, peristaltic pump in the health level has a great congenital advantage. At present, plunger pumps are widely used in the liquid filling industry, mainly because of high accuracy and good retention. But the plunger pump is a sanitary dead end, it is easy to disinfect or wash not thoroughly, resulting in batch products mixed with undesirable substances. Although the peristaltic pump has a high hygienic grade zui, the elasticity of the hose will change due to the fatigue of the hose, which will affect the filling accuracy. Therefore, if the peristaltic pump with high hygiene level and high filling accuracy of plunger pump can be combined, it will be the development direction of medical filling industry. Only by improving the filling accuracy of peristaltic pump and keeping its accuracy for a long time, can peristaltic pump completely replace plunger pump in the medical filling industry, which requires a breakthrough in the structure and measurement methods of peristaltic pump. CR Peristaltic Pump has been working on the development of new peristaltic pumps, and it is believed that peristaltic pumps will have a wider market in the near future. More info

Concrete admixture is a chemical substance that is incorporated into the concrete mixing process and accounts for less than 5% of the cement mass and can significantly improve the performance of the concrete. The characteristics of concrete admixtures are that there are many varieties and small amounts, which have great influence on the performance of concrete, and have the characteristics of less investment, quick effect and remarkable technical and economic benefits.With the continuous advancement of science and technology, admixtures have been increasingly used, and admixtures have become the fifth important component of concrete in addition to the four basic components. Admixtures have a certain improvement effect on the carbonation resistance of concrete, There is a certain linear relationship between the carbonation depth and porosity of concrete; Admixtures have a great influence on the frost resistance of concrete, the concrete with air-inducing water reducing agent has better frost resistance, but the single early strength agent has no effect on the frost resistance of concrete. Peristaltic pumps play a crucial role in the production of precisely metered transport admixtures. The peristaltic pump conveying concrete admixture has the advantages of uniform feeding, accurate measurement, convenient adjustment of the addition ratio and improvement of the quality of the finished product; The peristaltic pump is squeezed by a ho

Customer demand 1. During the whole experiment, it is directly in contact with the small mouse. It is necessary to use a soft and thin hose. If the precision is high, the ZS100 can be used. If the accuracy requirements are not particularly high, the Chuangrui BT100LC series products can be used. 2. The hose adopts imported pharmaceutical grade hose, which has better anti-adsorption capacity and ultra-low spillage, which is more suitable for similar experimental applications. Solution 1. The hose selected for the liquid and solid mixture should be a thicker wall pump. 2. The maximum customer flow requirement is 8L/min. Consider using BG600-S, a Chuangrui industrial product. 3. Full control of external control, you can use the central control system or PLC to directly control the pump's degree, direction and start and stop through analog or rs485. 4. The pump hose can be equipped with original imported hose, and the continuous service life is more than 2000 hours. Generate value 1. High fluid transmission accuracy: Chuangrui peristaltic pump

Polycarboxylate Superplasticizer is a high performance water reducer and a cement dispersant for cement concrete applications. Widely used in highways, bridges, dams, tunnels, high-rise buildings, etc. peristaltic dosing pumps - BT600M Peristaltic pumps are typically used to pump clean/sterile or aggressive fluids without exposing those fluids to contamination from exposed pump components. Some common applications include pumping IV fluids through an infusion device, apheresis, aggressive chemicals, high solids slurries and other materials where isolation of the product from the environment, and the environment from the product, are critical. It is also used in heart-lung machines to circulate blood during a bypass surgery, and in hemodialysis systems, as the pump does not cause significant hemolysis. Peristaltic pumps are also used in a wide variety of industrial applications. Their unique design makes them especially suited to pumping abrasives and viscous fluids. ------WIKI

Everyone knows that there are many types of pumps. Let's talk about hydrogen pumps and peristaltic tube pumps today. The characteristics of the hydrogen pump: (1) The working pressure range is wide. Different pressure models can be used to obtain different pressure regions. Adjust the input air pressure to adjust the output air pressure accordingly. Can reach extremely high-pressure liquids, 300Mpa, Gas 90Mpa (2) The flow range is wide, and only 1Kg air pressure can work smoothly for all models. At this time, the minimum flow rate is obtained, and different flow rates can be obtained after adjusting the intake air volume. (3) Easy to control, from simple manual control to complete automatic control.

When you have an automatic filling machine or some dosing system projects, there will be a need to fill multiple liquids or several different quantities of liquids at the same time, because the viscosity and corrosivity of each liquid are not the same, so generally Multi-channel peristaltic pump may have inaccurate flow accuracy. The advent of filling systems has greatly improved this problem. Generally, the dispensing & Filling system will adopt a modular structure with 4 channels per unit, which can be expanded to more channels and share a controller. Improved filling accuracy. Multiple channels can be opened at the same time for liquid filling, or the filling value of each channel can be set individually for filling. UTF01 is a filling peristaltic pump independently developed by Chuangrui Pump. Large screen display, touch screen operation, accurate flow, make filling production more peace of mind. Multiple channels can be opened at the same time for liquid filling. Dispensing & Filling system consists of an intelligent filling system and the main controller. The standard drive unit is 4 channels (2 3 4 5 6 optional), which can be expanded up to 32 channels. Multiple channels can be opened at the same time for liquid filling, or the filling value of each channel can

The peristaltic pump tube is used as a consumable and needs to be replaced regularly to ensure the accuracy of the sample injection. The following is how to check whether the peristaltic pump tubing works normally: To check the working condition of the pump tube, insert the inlet end into the water, then take it out, insert it again, and repeat it several times. Observe the injection situation. If the injection is unstable or difficult, consider the following factors: The pump tube is not installed properly, readjust the pump tube.

What is the difference between the peristaltic pump for laboratory injection and the direct connection of two connections: The laboratory peristaltic pump sampling is different from the liquid phase two-way, mainly considering the effect of flow on ionization. In terms of general MRM quantitative analysis, under normal circumstances, the needle pump is used to directly or manually inject the sample directly into the mass spectrometer. It is mainly used to find the cone voltage (or declustering voltage, etc.) and collision energy of the compound. The liquid phase, but not the chromatographic column, take into account the effect of flow on ionization and is mainly used for the optimization of ion source parameters. The liquid sample injection volume and sample concentration depend on your sample response and the range to be measured, but the concentration should not be too high. For general applications, less than 100pp may pollute the mass spectrum. The same sample injection volume is, of course, a higher concentration of the needle pump.

Micro peristaltic pumps are used more and more in fluid processing, but most users still have certain problems with the selection of micro peristaltic pumps and small tube pumps, or they are vague or do not know how to choose products. The main section of the selection of the hose pump is as follows: 1. Confirm the size of the delivered fluid volume, usually, we use: common units such as ml/minute/liter/minute cubic/hour as the reference for flow selection; 2. Confirm the nature of the fluid being transported, whether it is corrosive, whether it is an organic solvent, and whether the fluid is a strong acid or alkali; 3. Confirm the viscosity of the fluid being transported, how viscous the fluid is, and how fluid it is. If we have a vague unit concept of viscosity, we can use shampoo or laundry liquid as a reference;

Essential oils are substances that are refined from the leaves, flowers, seeds, fruits, roots, bark, resin, wood, etc. of plants, and have a high degree of aromaticity and volatility. The penetration of essential oils is 50 to 70 times that of ordinary products, and the penetration time is four and a half. It can purify the air and sterilize, provide the nutrition of the cells, increase the immune function, balance the body and mind. The essential oils currently available on the market are: 100% pure plant essential oils (pure essential oils), vaporized essential oils, and formulated essential oils. 1, 100% pure plant essential oil (pure essential oil): divided into single essential oil (also known as single oil), compound essential oil (also known as composite oil) and base oil (also known as base oil), expensive. A, single essential oil (single oil): refers to a simple variety, unformulated pure essential oil, can be used alone, can also be used in the mix and match, like a single-flavored drug without formula.

Due to the continuous improvement of food and drug production standards. The peristaltic pump gradually replaces the plunger pump. Because the peristaltic pump is more in line with GMP standards. The structure is simple, the pump body is not in contact with the liquid medicine, so there is no need to clean and disinfect the pump body. The pipes can be autoclaved for easy cleaning and replacement. The biggest advantage of a peristaltic pump relative to a piston pump is the ability to deliver fluid with particles. The advantages of peristaltic pumps to work with filling machine and packaging machine are: 1, no pollution: the liquid only contacts the pump tube, does not touch the pump body; 2, high precision: good repeatability and high stability; 3, low shear: is the ideal tool for conveying shear sensitive and corrosive fluids; 4, good sealing: with good self-priming ability, can be idling, can prevent backflow;

Chemical mechanical polishing refers to the process of achieving high planarization of the material surface under certain process conditions by using a polishing machine, a polishing liquid, a polishing cloth, etc., wherein the supply of the polishing liquid is completed by a peristaltic pump, and the liquid of the peristaltic pump during the polishing process is Deliver the polishing fluid. The unique structure of the pumping liquid and the pump body are strictly separated, and the pump tube and the pump head can be replaced at any time. In the chemical polishing process, the polishing liquid delivered by the peristaltic pump always flows in the pump tube without contacting the pump body. In particular, it does not come into contact with the mechanical transmission mechanism, avoiding metal contamination during the chemical mechanical polishing process, and does not damage the mechanical components of the pump body due to the corrosiveness of the polishing liquid. During the working process, the peristaltic pump can generate enough vacuum suction to suck the polishing liquid from the liquid pool i

Acrylic acid is an important organic synthetic raw material and a synthetic resin monomer, and is a vinyl monomer having a very fast polymerization rate. It is the simplest unsaturated carboxylic acid consisting of a vinyl group and a carboxyl group. Pure acrylic acid is a colorless, clear liquid with a characteristic pungent odor. It is miscible with water, alcohol, ether and chloroform and is prepared from propylene obtained from a refinery. Most are used to make acrylates such as methyl acrylate, ethyl ester, butyl ester, and hydroxyethyl ester. Acrylic acid and acrylate can be homopolymerized and copolymerized, and the polymer is used in industrial sectors such as synthetic resin, synthetic fiber, super absorbent resin, building materials and coatings. The peristaltic pump delivers acrylic acid with the advantages of uniform feeding, accurate metering, convenient adjustment of the addition ratio and improvement of the quality of the finished product; the peristaltic pump generates the flow through the hose extrusion, the solution only flows through the hose, does not contact the pump body, and can effectively prevent the solution corrosion pump. Body, block the pump body. The suggest model as below : BT300M with flow range 0.007-1140 ml/min BT600M with flow range 0.007-2280 ml/min

CR peristaltic pump are widely used in filling Artists acrylic paint, oil paint, fabric Paint and so on . The peristaltic pump only transer the paint through the peristaltic pump tubing , so there will not cause the mixed for different color's paint . The peristaltic pump, also known as the hose pump, is a rotor type positive displacement pump. One of the core components of a peristaltic pump is a hose The working principle of the peristaltic pump: the flexible hose is rolled by the rotating runner, and the fluid in the hose moves with the rotation of the runner, just like the two fingers pinch the hose, as the finger moves, The liquid then flows. As the rotor rotates, several rollers work alternately along a flexible hose to release the resulting pumping performance. The fluid that is squeezed in the tube produces a flow output. When the pressure disappears and the t

Polycarboxylate Superplasticizer is a high performance water reducer and a cement dispersant for cement concrete applications. Widely used in highways, bridges, dams, tunnels, high-rise buildings, etc. peristaltic dosing pumps - BT600M Peristaltic pumps are typically used to pump clean/sterile or aggressive fluids without exposing those fluids to contamination from exposed pump components. Some common applications include pumping IV fluids through an infusion device, apheresis, aggressive chemicals, high solids slurries and other materials where isolation of the product from the environment, and the environment from the product, are critical. It is also used in heart-lung machines to circulate blood during a bypass surgery, and in hemodialysis systems, as the pump does not cause significant hemolysis. Peristaltic pumps are also used in a wide variety of industrial applications. Their unique design makes them especially suited to pumping abrasives and viscous fluids. ------WIKI

Peristaltic pump application advantages in the chemical reaction process As we all know, the chemical reaction has a certain risk, which requires the experimenter must have a certain degree of experimental quality and operational level. In the reaction reactor to add the reaction of raw materials, also need to accurately operate, the operator's labor intensity. The use of peristaltic pump feed, can replace the traditional test mode under a large number of manual operation, greatly reducing the labor intensity of the experimental staff, improve the efficiency of the experiment and the output efficiency of scientific research. Advantages of Peristaltic Pump in Chemical Reaction The use of Chuangrui peristaltic pump instead of manpower in the chemical reaction process to the reactor feeding, has the following advantages: 1. CR peristaltic pump in the process of pumping raw materials, raw materials only in the hose flow, not with the pump contact, to avoid the pump on the raw material pollution, reduce the impact of chemical reaction impurities. At the same time, it will not damage the mechanical components of the peristaltic pump due to the corrosive nature of the raw materials 2. CR Peristaltic pump start, no need to pump, self-priming ability, can produce enough vacuum suction material from the raw material into the hose to the hose, which can adjust the length of the hose to make the installation of the peristaltic pump flexible , 3. C

Various selection of panel mounted peristaltic pumps and peristaltic pump heads for use in Original Equipment Manufacture (OEM). These peristaltic pumps are custom engineered to integrate within your own equipment whenever accurate and repeatable dosing or liquid transfer is a must. Pumps can be supplied with a range of power options including either A.C or D.C. motors. and different installation method ,and something you may need . we will try our best to offer the suitable peristaltic pump to you . These OEM peristaltic pumps are found in many systems, including: · milk , tea,tomato sauce ,juice Vending machines · Dairy processing · Air conditioning · Bottle filling · Refrigeration

The transmission and addition of aluminum sulfate solution is often completed by a peristaltic pump. The CR peristaltic pump has a timed quantitative function, which can add liquid according to the amount of time, ensuring the accuracy and stability of dosing. The peristaltic pump tube adopts the original imported tube of Saint-Gobain of France, which has long life and corrosion resistance, and can well complete the safe transmission of the customer's aluminum sulfate solution. Aluminum sulfate is a widely used industrial reagent that is often confused with alum (aluminum potassium sulphate dodecahydrate). Aluminum sulfate is commonly used as a flocculant for the purification of drinking water and sewage treatment equipment, as well as for the paper industry. Used as a precipitant for rosin rubber, wax emulsion and other rubber compounds in the paper industry, as a flocculant in water treatment, and as an internal retention agent for foam fire extinguishers. Industrial aluminum sulfate

Peristaltic pumps have low shear force, which can ensure the integrity and activity of biological molecules when pumping bioactive substances. Peristaltic pump replacement hose is simple and convenient, in the laboratory, the transfer of different solutions, only by a simple replacement to meet the hygiene level of hose, can avoid cross-contamination between different solutions. The flow of peristaltic pump can be adjusted manually, and the flow of filtering system can be adjusted automatically by receiving the control signal from the external controller to ensure that the system pressure is within the allowable range. Tangential flow filtration is one of the technologies of pressure filtration / membrane filtration. In the traditional dead-end filtration technology, the flow direction of the filtrate is perpendicular to that of the membrane. Most of the small molecules pass through the membrane, while the large molecules gather on the surface of the membrane. In tangential flow filtration, the flow direction of filtrate is parallel to and perpendicular to the filtration direction. A small number of small molecules pass through the membrane, and the macromolecules are taken away from the surface of the membrane. With the increase of time, the amount of particles accumulated on the membrane surface is limited, which does not affect the filtering speed and effect. Tangential flow filtration technology is commonly used in the production of biological products, blood products and vaccines.

With the continuous development of pharmaceutical technology, peristaltic pumps are increasingly used in the preparation and filling of veterinary drugs. CR industry intelligent distribution type peristaltic pump adopts color liquid crystal, which is displayed in Chinese and English. The animation displays the running status in real time, and the liquid flow and motor speed are displayed on the same screen. With intelligent calibration function, it can calibrate flow or dispense liquid volume, ensure flow accuracy, and is suitable for high-precision liquid transfer. Can store 9 groups of filling data for users Remote control can be connected by connecting a foot switch or receiving a switch signal Suitable for non-polluting, high-precision filling liqui