| Max.Head: | 19 M |
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| Max.Capacity: | 8300 M3/H |
| Driving Type: | Motor |
| Customization: |
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Shipping Cost:
Estimated freight per unit. |
about shipping cost and estimated delivery time. |
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| Payment Method: |
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| Initial Payment Full Payment |
| Currency: | US$ |
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| Return&refunds: | You can apply for a refund up to 30 days after receipt of the products. |
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Applications of Ceramic Lined Mixed Flow Desulfurization Pumps:
Suitable for FGD limestone-gypsum wet flue gas desulfurization process, used as a desulfurization pump;
Suitable for double alkali process and ammonia water desulfurization process.
Widely used in power, mining, metallurgy, chemical and other industries, is flue gas desulfurization, phosphorus chemical, coal chemical, petrochemical, alumina and other industries;
Widely used in high strength, high toughness and high hardness harshest conditions. Corrosion-resistant wear-resistant mixed-flow pumps must be used under any harsh conditions.
Performance range of Ceramic Lined Mixed Flow Desulfurization Pumps:
Parameters of Ceramic Lined Mixed Flow Desulfurization Pumps:
| Flow rate: | Q= 500~17000 (m³/h) |
| Total head: | H=18~80 (m) |
| Pump diameter: | φ=300-1100mm |
| Efficiency: | η≥82% |
| Speed: | 195-1450r/min |
| Temperature: | T≤200ºC |
Structure of the Ceramic Lined Mixed Flow Desulfurization Pump:
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| 1. Wear-resisting plate: the outer shell of the wear-resisting plate is made of high-strength ductile cast iron, and the inner flow parts are all silicon carbide ceramic composite materials. Silicon carbide surface finish is high. It effectively reduces the backflow loss at the front cover of the impeller, and adopts the sealing method of radial and axial static sealing combination between the wear-resistant plate and the pump body; 2. Front cover: it is not in contact with the medium, so the metal structure is used; 3. Pump body: the outer shell of the pump body is made of high-strength ductile cast iron, and the inner flow parts are all silicon carbide ceramic composite materials. Silicon carbide surface finish is high, and pumps have high hydraulic efficiency high; 4. Impeller: the impeller consists of a metal impeller skeleton + silicon carbide ceramic composite material. The overall rigidity of the composite impeller is strong, and it can withstand the impact and erosion of solid particles. The hydraulic model of the impeller is good, the surface of the blade is smooth, and the hydraulic efficiency of the impeller is high; 5. Rear pump cover: the outer shell of the rear pump cover is made of high-strength ductile cast iron, and the inner flow parts are all silicon carbide ceramic composite materials. Silicon carbide surface finish is high. It effectively reduces the hydraulic loss at the back plate of the impeller; 6. Mechanical seal: cartridge double mechanical seal, easy maintenance, reliable sealing performance; 7. Shaft: thickened heavy duty shaft, carbon steel, duplex stainless stee 2205, 3Cr13, 40Cr, 42CrMo is optional; 8. Bearing pedestal: large space bearing box and oil tank, improve the overall rigidity of the pump, reduce the temperature rise of lubrication oil, extend service life of bearing. |
The combination of metal skeleton and silicon carbide ceramic composite materials adopts a special design method, which is to make the combination of metal and lining part stronger, and the minimum thickness of the lining part reaches 15mm, in order to achieve excellent performance of impact resistance and abrasion resistance and corrosion resistance.
The Features of Ceramic Lined Mixed Flow Desulfurization Pumps:
The design feature of ceramic lined desulfurization pump is: based on the high efficiency hydraulic model of metal horizontal mixed flow pump, combined with ceramic-metal composite manufacturing technology, manufacture a high-efficiency desulphurization pump with corrosion resistance and wear resistance. The flow parts of the ceramic lined mixed flow pump, including the inner surface of the pump housing, the inner surface of the pump cover, and the impeller, are lined with silicon carbide ceramics. The ceramic material is a special ingredient and process of non-pressure sintered silicon carbide, which ensures that the metal shell and the ceramic lining are integrated, and the lifetime of the ceramic lined desulfurization pump is long. The silicon carbide lining manufactured by vacuum process is tightly combined with the metal skeleton and the pump operates smoothly for a long time.
The flow parts are all lined corrosion-resistant and abrasion-resistant silicon carbide ceramic materials.
The lining process adopts a new silicon carbide ceramic vacuum casting technology, the metal skeleton and composite materials have strong bonding force, and have a certain impact resistance.
The impeller and wear plate are vacuum cast by silicon carbide ceramic which have actual working life more than 60000 hours, and the overall lifetime of ceramic circulating desulfurization pump is as high as 100,000 hours.
The impeller consists of a metal impeller skeleton + silicon carbide ceramic composite material. It not only meets the requirements of wear resistance and corrosion resistance, but also ensures that the connection with the drive shaft is firm and reliable.
The horizontal mixed-flow ceramic recirculation pump adopts the pull back structure, which is convenient for the disassembly and assembly of the impeller, mechanical seal and shaft, and does not need to disassemble the import and export pipeline of the pump.
The impeller could be adjusted axially to adjust the best position in the pump chamber to ensure that the operation of the pump is always in an efficient and stable state.
The liner of flow parts are all made from corrosion-resistant and high-abrasive silicon carbide ceramic materials. The ceramic parts using vacuum casting process have characteristics of extremely high hardness, strong flexibility, crack resistance, strong wear resistance, chemical resistance, strong oxidation resistance, and small thermal expansion coefficient. |
The material of the volute, impeller and front and rear plate of the pump is divided into two categories: condensation curing ceramics and high temperature sintering engineering ceramics. (silicon carbide /Sic, alumina /Al2O3, zirconia /ZrO2 and silicon nitride /Si3N4). |
Pump body: the pump shell is made from high strength ductile cast iron, and liner of flow parts is silicon carbide ceramic composite material; |
Impeller: the metal impeller skeleton + silicon carbide ceramic composite material; |
Pump gland: the parts that are not in contact with the medium are made from metal, and the material can be selected, : cast iron, carbon steel, stainless steel, SS304/SS316/SS316L, duplex stainless steel, CD4MCu, 2205, 2507, etc.; |
Rear pump cover: the outer of the pump cover is made from cast iron or carbon steel, and liner of flow parts is silicon carbide ceramic composite material; |
Shaft: The shaft is rigid design, and the material can be selected,: 2205, 3Cr13, 40Cr, 42CrMo and other high-strength alloy steel shaft. |
Based on CFD technology, Optimize pump hydraulic performance more efficiently.
Chemical centrifugal process pumps, the optimised hydraulic design delivers superior performance through high efficiency impellers and volutes casings, contributing to low energy consumption subsequent total cost of ownership. Adopting the optimization algorithm provided by Isight, it integrates the functional optimization platform of 3D modeling software Catia, grid division software ICEM and numerical simulation software CFX.
Pump Configuration:
We have eight modernized workshops covering 12,000 square meters, which producing ability was designed as 18000 pieces per year. The factory consists of foundry workshop, finish-machining workshop, plate welding workshop, assembly workshop and testing center. The maximum lifting ability for tramelling crane is 50 metric tons; There are 510 sets of large and essential processing facilities which enable the requirements for producing all kinds of industrial pumps.Casting of parts and components is an important part of the industrial pump production process. The precise control of the pump material smelting and the flow path size of the over-current components is our key control program for the quality of the pump products. The annual production capacity of 8,000 tons of alloy cast iron and dozens of new casting equipment such as AOD refining furnace and spectrum analyzer, as well as a group of skilled stylists, ensure the excellent quality of our castings.
HOT SELLING PUMPS
CERTIFICATES & PATENTSTESTING
The comprehensive pump testing center. Make sure the quality control can be refined in the material inspection,components check,performance test.
Q: How long is your factory history?
A: Our factory was established in 1967.
Q: How many staffs does your factory have?
A: We have around 500 staffs.
Q: What international certificates does your factory have?
A: We have API, CE, ISO9001...
Q: Does your factory have foundry for yourself?
A: We have our own two foundries in our factory.
Q: What after sales service your factory can provide?
A: Generally, most of the issues can be solved by free guidance of video calls. But paid site service is also available.
Q: What is your product warranty?
A: 12 months since commissioning or 18 months after shipment,whichever is earlier.
Q: What is your factory's annual output capacity?
A: Around 20,000 pcs of various type of pumps.
Suppliers with verified business licenses
Audited Supplier 
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