Cqb Magnetic Driven Pump

CQB-F Full fluoroplastic magnetic is made of fluoroplastic material with good corrosion resistance. The pump is suitable to transfer the strong acid,alkali etc chemical fluids. Perfluorinated plastic magnetic pump CQB-F perfluorinated plastic magnetic pump has the pump inlet and outlet less than DN65mm. It adopts magnetic coupling driving and there is no dynamic sealing. Therefore, it solves the phenomenon of running, blowing, dropping and leakage at shaft seal of general shaft driven centrifugal pump. The flow components of CQB-F fluoroplastic magnetic pump are made of fluoroplastics and high purity industrial ceramics, with corrosion resistance and sealing. CQB-F fluoroplastic magnetic pump has no mechanical shaft seal and no leakage. For pump inlet and outlet more than 50mm,such as DN65,DN80,DN100 etc, the flow components are made of fluoroplastic, ceramics, fluororubber and other materials. The pump body is fixed with metal materials, so the pump body is sufficient to support the weight of the pipeline and easy to use and maintain. Features: The magnetic pump has the advantages of corrosion resistance, no leakage, compact structure, beautiful appearance, small volume, low noise, reliable operation and convenient operation. Application CQB-F series fluoroplastic magnetic pump is used in petroleum, chemical industry, metallurgy, pharmacy, electroplating, environmental protection, and other industries. It can transport strong acid, strong alkali, strong oxidation, inflammable, explosive, highly toxic and precious liquids.

CQB-FT series pump is New developed horizontal, seal less centrifugal magnetic drive pump, compliant with ISO/ASME/ANSI sealless pump standard for general emission-free services. Flow: 3.6 to 200 m3/h Head: 20 to 80 m Temperature: -20 �°C to +100 �°C Model No: CQB40-25-200FT Leak-proof design. -Seal-less Teflon lined (FEP or PFA magnetic drive pump, driven by magnetic coupling indirectly, motor shaft and pump chamber is completely sealed, avoid pump leakage problem and use site pollution. -Wetted part material is PTFE fused with FEP, can transfer low and high concentration acid, alkali, strong oxidizer etc corrosive liquid. -Robust pump casing. The part contacting with liquid material is fluoroplastic, pump casing material is cast iron, and pump casing can bear part of piping and mechanical impact. -The structure is tightly, safety, and energy-saving. -Cost-intensive wearing parts are canceled by the seal-less method of construction, therefore, reduced maintenance costs and long service life. The Pump Housing . Virgin Fluoroplastic - Considerably easier and more reliable quality control - No reduction in the permeation resistance. - Pure pharmaceutical and fine chemical media: no contamination With ductile cast iron casing absorbs all the hydraulic and pipework-forces. According to DIN/ISO5199/Europump 1979 standard. Comparing to plastic pumps, no expansion joints are required.Flange with service-minded through holes to DIN;ANSI,BS;JIS. For flushing system and monitoring device as required, the draining nozzle will be offered. Spacer sleeve made of Carbon-fiber-reinforced plastic [CFRP] -The metal-free system does not induce any eddy currents and thus avoids unnecessary heat generation. Efficiency and operational reliability benefit from this .Even low flow rates or media near their boiling point can therefore be conveyed without the introduction of heat. Close Impeller Closed impeller with flow-optimized vane channels: for high efficiency and low NPSH values. The metal core is protected by a thick-walled seamless plastic lining, the large metal core and increase the mechanical strength considerably even at elevated temperature and high flow rates .Secured screw connection to the shaft to against loosening if the pump is started up in the wrong direction of rotation or in the case of back-flowing media Application Corrosive, pure and contaminated media in the chemical, pharmaceutic and petrochemical industries, In metal processing, waste water treatment etc. When Stainless steel is not sufficiently resistant Alternatively to expensive Haste alloy, titanium alloy Pumps When anti-adhesive surfaces are important. Pumping Liquid Acid and caustic liquid Oxidizer corrosive liquids Difficult-to-seal liquids Sulfuric acid Hydroelectric acid Nitric acid Acid and lye Nitromuriatic acid

Air Driven Test Pumps

Hydraulic Electric Driven Pump

Place of Origin: Fujian, China Brand Name: Uwater (OEM acceptable) Model Number: UWP002 After-sales Service Provided: Free spare parts, Field maintenance and repair service, Onsite Installation, Return and Replacement Warranty: Lifetime Type: IONIZER Application: Car, RV, Outdoor, Hotel, Garage, Commercial, Household, Water Purification Power Source: usb, Battery, Electric, Gas, Solar, Manual, Vehicle Power Supply Product Name: Link Hand Pump Filtration Filter Material: Glass Fibre and Activated Carbon Filtration Accuracy: 0.2�¼m Function: Removes 99.9% of Virus PH: 5-9.5 Feature: Easy Operation Suitable Machine: Universal Size: Custom Size Accepted Sample: Available

M-Series air driven liquid pump uses a built-in pneumatic control four-way two-position valve to move to and fro automatically. This series of product is produced by introducing related technology abroad and designing according to the standards of our country. The air driven parts are all made of aluminum alloy and are treated with oxidation. The pump head is made of carbon steel or stainless steel according to different media. The diameter of the drive piston of this series is up to 80mm, air pressureâ?¤8bar. This kind of pumps has the following characteristics: Light weight, portable design Large flow, wide pressure range Apt to control, both manual and automatic controls are available. Appropriate for most fluid No electricity is needed. Easy to maintain OG series of pump uses single pneumatic non-equilibrium gas distributing valves to move to and fro automatically. The drive parts of the pump are made of aluminum alloy. These parts are treated with oxidation into black to ensure their good-looking appearance and stainless performance. The fluid contacting parts are made of carbon steel or stainless steel according to different media. The full set of sealing parts is imported, to ensuring pumps performances. The diameter of drive piston is 100mm. The maximum drive pressure is 10bar. We suggest customers use air pressureâ?¤8bar to ensure long lifespan of the pump.

Air Driven Liquid Pump The air driven liquid pump is pneumatically driven reciprocating piston pumps. These air driven liquid pumps are proportional devices that utilize low pressure compressed air to drive a larger diameter piston (area x pressure) that is linearly connected to a smaller hydraulic piston/plunger. Utilizing this ratio principle, higher hydraulic pressure can be generated. Materials of construction include standard all stainless steel wetted ends and polyurethane pressure seals. Specialized materials of construction and special seals are also available upon request. Compact and lightweight, this air driven liquid pump requires no air lubrication and is suitable for water, oil and most chemical applications.

Air Driven Liquid Pump The air driven liquid pump is pneumatically driven reciprocating piston pumps. These pumps are proportional devices that utilize low pressure compressed air to drive a larger diameter piston (area x pressure) that is linearly connected to a smaller hydraulic piston/plunger. Utilizing this ratio principle, higher hydraulic pressure can be generated. Materials of construction include standard all stainless steel wetted ends and polyurethane pressure seals. Specialized materials of construction and special seals are also available upon request. Compact and lightweight, this liquid pump requires no air lubrication and is suitable for water, oil and most chemical applications. Applications High pressure pneumatic liquid pumps are available in a variety of sizes for use in many industries including oil and gas, mining, construction, aviation, aerospace, automotive, biomedical, vegetable oil extraction, alternative energy, chemical, defense, food processing, hydraulic fracturing, and more.

Air Driven Liquid Pump An air-driven liquid pump, also known as an air-operated diaphragm pump (AODD), is a type of pump that uses compressed air as its power source to transfer liquids. It is a versatile and efficient pump commonly used in various industries for applications such as transferring fluids, emptying containers, and dosing liquids. The working principle of an air-driven liquid pump involves the reciprocating motion of a diaphragm. When compressed air is introduced into one side of the pump, it pushes the diaphragm in one direction, creating a vacuum on the other side. This vacuum causes the liquid to be drawn into the pump through an inlet valve. As the diaphragm moves back in the opposite direction, it compresses the liquid and forces it out through an outlet valve. One of the advantages of air-driven liquid pumps is their ability to handle a wide range of liquids, including corrosive and abrasive fluids, viscous substances, and liquids with solid particles. They are also capable of dry running without damage, making them suitable for applications where occasional dry operation may occur. The benefits of using air-driven liquid pumps include: Versatility: Air-driven liquid pumps can handle various types of liquids, making them suitable for a wide range of industrial applications. Self-priming: These pumps can self-prime, meaning they can draw liquid from a lower level without the need for external priming. Ability to handle solids: The diaphragm design of these pumps allows them to handle liquids containing solids or particles without clogging or damage. Simple operation and maintenance: Air-driven liquid pumps have a relatively simple design, making them easy to operate and maintain. They are often constructed from durable materials, ensuring long-term reliability. Adjustable flow and pressure: The flow rate and discharge pressure of air-driven liquid pumps can be easily adjusted by regulating the air pressure, allowing for precise control of liquid transfer.