Pumps

KWP Non-clogging Centrifugal Pump is the introduction of German KSB technology. KWP centrifugal sewage pump is a Horizontal, single-stage, radially split volute casing type with heavy-duty back pull-out, non-clogging impeller design for industrial applications, they have either multi-vane impeller (K), free-flow impeller (F), or open multi-vane impeller (O), the pumps are not self-priming.

Size: 40mm - 500mm
Capacity: 10m3/h - 3100m3/h
Head: 3m - 90m
PH value: 2 - 11
Impeller type: K, N, O, F
Materials: A05, A49, 2Cr13, 304, 2205, 2507, ZG230-450, CD4Mcu, HT250, QT500-7.

K-type impeller - This is a closed, non-blocking impeller that is suitable for transporting clean water, sewage, and media containing solids. The medium should not contain solids that are particularly prone to adhering to and entangling with the impeller, such as extra-long fibers or coarse rubber particles.

N-type impeller - Closed multi-blade impeller. It is suitable for conveying medium containing light solid suspended matter, such as clean water, mechanically treated sewage, sorting water, pulp, sugar juice, etc. This impeller structure is preferred for pulp pumps.

O-type impeller - Also known as the open impeller, shares the same scope of application as the N-type impeller. However, it is designed to handle mediums that may contain gas.

F-type impeller—This is a free-flow impeller suitable for conveying media containing gas or coarse materials. It is also suitable for conveying solid media that is easy to adhere to and easy to wrap, such as extra-long fiber, kitchen waste, weed, heavy fertilizer, plastic paper, rubber, etc.

KWP Non-clogging Centrifugal pumps can transport sewage, seawater, brine, sludge, and other media containing long fibers, straw, oily, viscous liquid, and coarse materials in liquids. It is widely used in sewage treatment, paper mills, breweries, food processing, biogas projects, kitchen processing, fish industry, aquaculture, and other industries.

The Mission 2500 Supreme features a semi-open impeller design with wide-tipped vanes and a more tangential circumference of the suction. This design allows the pump to create a smoother flow pattern when handling abrasive fluids. The 2500 Supreme is available in hard iron, supreme hard iron, and aluminum bronze fluid ends. The pumps can be unitized with electric motors, diesel engines, and hydraulic motors in horizontal, vertical, or close-coupled configurations.

Sizes from 3x2x13 to 10x8x14
Flow rates from a few gallons per minute up to 2,600 GPM
Head pressure up to 550ft
Best utilized for applications requiring up to 200 HP

• Versatile stuffing box.
• Thick, strong, concentric casing with replaceable casing wear pad.
• The casing gasket receded for protection.
• Replaceable stuffing box cover with dual stuffing box bolts.

• Long-life, no-adjustment mechanical seal available for near-zero leakage.
• Replaceable shaft sleeve.
• Solid Frame base.
• Labyrinth seals for maximum bearing protection.

• Duplex angular contact bearings.
• Full pipe diameter entrance for minimum turbulence and maximum efficiency. 
• A wide semi-open impeller creates lower axial thrust for improved bearing life.
• All sizes feature the same power end.

• 3x2x13       6x5x14
• 4x3x13       8x6x11
• 5x4x14       8x6x14
• 6x5x11       10x8x14 

• Barite, ferric oxide, and mineral oil
• Base drilling muds
• Glass fibers
• Sugar processing
• Ash or coal conveyors 

• Cement
• Mine de-watering
• Lime slurries
• Kaolin clay
• Crystalline forms

The company offers a complete line of centrifugal sand pumps tot for all kinds of drilling sand pump applications. Size ranges from 3x2x13, 4x3x13, 5x4x14, 6x5x11, 6x5x14, 8x6x11, 8x6x14, 10x8x14, 12x10x23 to 14x12x22b. Bare pumps and matching motors are available from 7.5KW to 90KW, with rotation 800, 1000, 1150, 1450, and 1750 to 3500 RPM at 50Hz or 60Hz.

• The model 10x8x14 and 8x6x14 centrifugal magnum pumps are used on solid control systems over 3000 meter-long drilling rigs, with big viscosity and heavy specific gravity drilling fluid.
• The model 8x6x11 centrifugal mud solid control feeding pump applies to under 3000 meter-long drilling rigs, and it also can be used to supply mud to a triplex mud pump as a filling pump.

• The model 6×5×11 centrifugal pump applies to truck-mounted drilling rigs or pocket drilling rigs. 
• The model 4x3x13 drilling centrifugal pump is usually used as a measuring pump or replenishment pump. 
• The model 3x2x13 model pump is usually used as a clean water pump.

The compact and adaptable Sandmaster centrifugal pump includes virtually all of the features of the MAGNUM I. In addition, the Sandmaster is more compact in design and can be adapted for hydraulic motor drive. This added feature makes the Sandmaster ideal for use in applications such as oilfield frac trucks as well as blending and pump charging services.  

The Sandmaster’s variable speed hydraulic drive makes this an excellent pump for water well drilling applications. In situations where space is constrained and options for prime movers are limited, the Sandmaster stands out as the optimal choice of pump. 

Sizes from 3x2x13 to 10x8x14
Flow rates from a few gallons per minute up to 2,600 GPM
Head pressure up to 550ft
Best utilized for applications requiring up to 200 HP

• 3x2x13       6x5x14
• 4x3x13       8x6x11
• 5x4x14       8x6x14
• 6x5x11       10x8x14 

• Cement Charge Pump
• Blender Other Mobile Uses
• Water Well Drilling

The company offers a complete line of centrifugal sand pumps tot for all kinds of drilling sand pump applications. Size ranges from 3x2x13, 4x3x13, 5x4x14, 6x5x11, 6x5x14, 8x6x11, 8x6x14, 10x8x14, 12x10x23 to 14x12x22b. Bare pumps and matching motors are available from 7.5KW to 90KW, with rotation 800, 1000, 1150, 1450, and 1750 to 3500 RPM at 50Hz or 60Hz.

• The centrifugal sandmaster pump models 10x8x14 and 8x6x14 are utilized on solid control systems for drilling rigs over 3000 meters long. They are designed for handling high viscosity and heavy specific gravity drilling fluids.
• The model 8x6x11 centrifugal mud solid control feeding pump applies to under 3000 meter-long drilling rigs, and it also can be used to supply mud to a triplex mud pump as a filling pump.

• The model 6×5×11 centrifugal pump applies to truck-mounted drilling rigs or pocket drilling rigs. 
• The model 4x3x13 drilling centrifugal pump is usually used as a measuring pump or replenishment pump. 
• The model 3x2x13 model pump is usually used as a clean water pump.

Mission MAGNUM XP Pump is ideally suited for pumping high volumes of heavy slurries that are abrasive, corrosive, or just plain tough to pump. The MAGNUM XP 14x12x22 and 12x10x23 blender pump can deliver flow rates from 3000gpm - 7500gpm at 75ft - 410ft of head at low speeds. The compact overall dimensions of the MAGNUM XP pump make it an excellent choice for high-volume mobile and stationary applications where a small footprint is critical.

The MAGNUM XP pump is designed for continuous operation with minimal maintenance. The low stuffing box pressure can increase seal life by approximately 50%. The extra-heavy shaft is designed for minimum deflection. This feature also extends seal life. A unique casing flow divider cuts the radial load in half, doubling the bearing life. The heavy-duty bearings are permanently lubricated to minimize maintenance.

Size: 14x12x22 and 12x10x23
Flow rates: 3000gpm - 7500gpm
Head: 75ft - 410ft
Materials: Hard iron, High chrome, etc.

• Versatile stuffing box.
• One piece casing.
• The casing gasket receded for protection.
• Back vanes reduce the collection of solids in the stuffing box.

• Long-life, no-adjustment mechanical seal available for near-zero leakage.
• Replaceable shaft sleeve.
• Lip seals for maximum bearing protection (Labyrinth seals optional)
• Duplex angular contact bearings.

• Thicker, stronger concentric casings.
• Full pipe diameter entrance for minimum turbulence and maximum efficiency.
• Single-row roller bearings for increased bearing life.
• Easily accessible front access drain.
• Reduced high-bearing loads.

• 8x6x18
• 12x10x23
• 14x12x22

Sand slurry, Slag, Fly ash, Bottom ash, Dredge tailings, Food processing, Blending, Paper pulp processing, Waste slurries, Sewage, Fluid supercharging, Spent liquor, Nickel shot, Copper, Bauxite, Quarry slurries, Lead, Zinc, Ore, and tailings.

The Magnachrome centrifugal pump is built to deliver superior fluid handling performance in a variety of applications. Its performance incorporates the power, durability, and ease of maintenance of the field-proven 'MAGNUM I' with new high-strength material in critical component areas. A chromium-alloyed iron provides greater wear resistance and higher strength in the casing, stuffing box, and impeller.

This new alloy gives the casing a hardness of 600 HB, and the impeller and stuffing box a hardness of 450 HB. This process gives the critical components in the MAGNACHROME a more uniform structure; and a 30% carbide content versus hard iron with its soft graphite flakes. The components of the MAGNACHROME have a wear resistance of more than 9 times that of cast iron and more than 6 times that of hard iron.

Sizes from 3x2x13 to 10x8x14
Flow rates from a few gallons per minute up to 2,600 GPM
Head pressure up to 550ft
Best utilized for applications requiring up to 200 HP

• High-grade, heavy-walled, solid construction offering superior performance over lined pumps and those using inserts.
• One power fame fits all sizes.
• Double-row angular contact bearings to minimize axial thrust.

• Double-row inboard bearings to minimize the effects of radial load.
• Greater capacity and higher heads for extremely abrasive fluids.

• 3x2x13       6x5x14
• 4x3x13       8x6x11
• 5x4x14       8x6x14
• 6x5x11       10x8x14

• Barite, ferric oxide, and mineral oil
• Base drilling muds
• Glass fibers
• Sugar processing
• Ash or coal conveyors

• Cement
• Mine de-watering
• Lime slurries
• Kaolin clay
• Crystalline forms

The Mission MAGNUM I has been engineered for the toughest jobs in drilling, production, well-servicing, and industrial applications. The revolutionary design of the MAGNUM I provides supreme-duty performance in all types of fluid pumping operations. Although it offers greater capacity and higher heads, the MAGNUM I remains the competitive pump of choice for aggressive applications. The MAGNUM I is more powerful, more durable, and easier to maintain than any conventional pump in use today.

It has an open impeller design that contains wide-tipped vanes and a more tangential circumference of the suction allowing the pump to create a smoother flow pattern when handling abrasive fluids. The pump is available in Magnachrome, hard iron, stainless steel, and aluminum bronze fluid ends. The pumps can be unitized with electric motors, diesel engines, and hydraulic motors (horizontal, vertical, or close-coupled configuration). Also available are horizontal and Vertical Close Coupled Magnum.

Sizes from 3x2x13 to 10x8x14
Flow rates from a few gallons per minute up to 2,600 GPM
Head pressure up to 550ft
Best utilized for applications requiring up to 200 HP

• Up to 50% more capacity from the 8 x 6 pump.
• Optimum pressure at low operating speeds.
• Thicker casing to extend life from wear and corrosion.
• New impeller design to reduce loads and extend bearing life.

• Larger, stronger shaft to reduce deflection.
• Replaceable shaft sleeve in packing wear area.
• Larger, long-life bearings.
• Replaceable stuffing box cover.
• Smoother, non-turbulent flow throughout the casing.

• 3x2x13       6x5x14
• 4x3x13       8x6x11
• 5x4x14       8x6x14
• 6x5x11       10x8x14

• Barite, ferric oxide, and mineral oil
• Base drilling muds
• Glass fibers
• Sugar processing
• Ash or coal conveyors

• Cement
• Mine de-watering
• Lime slurries
• Kaolin clay
• Crystalline forms

TSG Inline Seawater Pump is a vertical single-stage end-suction (axial suction) cantilever type centrifugal pump, which is used to transport sea water or corrosive liquid with viscosity similar to seawater and without solid particles. The marked and rated performances and dimensions follow ISO 2858 international standards. It is widely used for marine booster, ballasting, sanitation, seawater supply, drainage, cleaning the boat cleaning fish, etc.

Size: 15mm - 500mm
Capacity: 1.1m3/h - 2400m3/h
Head: 5m - 160m
Max. Pressure: 1.6Mpa
Materials: Cast iron, SS304, SS316L, Bronze, Duplex Stainless Steel, etc.

• It has a compact structure, small volume, and beautiful outlook. The vertical structure's lower barycenter, which coincides with the center of the pump feet, strengthens the stability of running and the duration.

• Easy to mount. Because of the same apertures of both inlet and outlet located on the same central line, the pump can be directly mounted on any part of the pipeline just as a valve. The motor is covered with a rainproof cap so that operation can be done outdoors. Mounting feet are equipped with the pump so that it can be stably mounted.

• Stable running, low noise, high concentricity of components. Bearings of low noise are used for the motor, the impellers are of the best dynamic and static balance, no vibration at running, and the environment is thus being improved.

• No leakage. The shaft is mechanically sealed with carbide alloy wearable material, settling the serious leakage of the filling seal of a centrifugal pump, extending the duration, and ensuring the operation place is clean and tidy.

• Easy to maintain. Not necessary to remove the pipeline for check-out and maintenance, only to take out the nuts on the pump lid, the motor, and the driving components.

• According to the operation conditions. The pump can be installed vertically, horizontally, and multiway, according to the requirements for the flow rate and head, The pump also can be mounted in parallel or series.

Seawater, Saltwater, Brine water, Marine ballasting, Water circulation, Marine firefighting, Sea water booster, Cooling water, Mariculture, Sanitation, Seawater lift system, Raw water, Mining water supply, Garden water supply, Agricultural irrigation, Aquaculture, Reverse osmosis water, HAVC system, Chemicals, etc. 

TD Multistage Seawater Pumps are horizontal multi-stage suction centrifugal pumps. The excellent hydraulic model is highly efficient, energy-saving, wide performance range, operates safely & steadily, has low noise, long work life, and is easy to install, disassemble & repair, etc. It is widely used for high-pressure seawater supply and drainage in marine or other corrosive liquids without big solid particles.

The temperature of the medium delivered should be in the range of -20°C to 150°C and seawater pump inlet pressure should be less than 0.6 MPa.

Size: 25mm - 400mm
Capacity: 3.75m³/h - 864m³/h
Head: 8m - 2070m
Power: 5.5kw - 4000kw
Speed: 980r/min - 2950r/min
Materials: Cast iron, SS304, SS316L, Bronze, Duplex stainless steel, etc. 

• Horizontal, single-suction, multistage centrifugal pump design.
• The stator consists of inlet, middle, and outlet sections and the guide vane, etc. with the take-up bolt tightly clamping all sections to form a working room. The inlet of it stands horizontally while the outlet is vertically upward.

• The rotor consists of the shaft, impeller, balancing disk shaft sleeve, etc. The shaft passes the power to the impeller to have it work. The balancing disk balances the axial force, and a replaceable shaft sleeve is mounted on both sides of the shaft to protect it.

• There are rolling bearings and sliding bearings. The rolling bearing consists of a bearing seat, bearing, bearing gland, and using grease lubrication. The sliding bearing consists of a bearing body, cover, liner, dust-proof disk, oil level, oil throwing ring, etc., and uses thin oil lubrication.

• The shaft is sealed with packing and the shaft seal consists of the sealing contents, packing, and baffle. The liquid in the sealing work-room functions for water sealing, water cooling, and water lubricating, and the water for water sealing comes from the pressure water inside of the pump, The mechanical seal also can be used as requested.

• The pump is directly driven by the motor through the elastic pin coupling, and viewing from the motor, The pump is in a clockwise rotation.

Seawater, Saltwater, Brine water, Marine ballasting, Water circulation, Marine firefighting, Sea water booster, Cooling water, Mariculture, Sanitation, Seawater lift system, Raw water, Mining water supply, Garden water supply, Agricultural irrigation, Aquaculture, Reverse osmosis water, Power Plant, Chemicals, etc.

A large Seawater Pump is a single-stage suction horizontal centrifugal pump used for conveying sea water or the physical and chemical properties of liquids similar to clean water. It is widely used in seawater, water plants, irrigation, drainage pumping stations, power stations, water circulation of air-conditioning, industrial water supply systems, fire systems, and the shipping industry as well as for the general purpose in the oil refining industry.

Size: 6inch - 48inch
Capacity: 110m3/h - 12960m3/h
Head: 8.6m - 140m
Efficiency: up to 92%
Materials: Cast iron, SS304, SS316L, CD4MCu, Bronze, Duplex Stainless Steel, etc.

• Horizontal, split case, double suction, single-stage, large capacity centrifugal pump design.
• The inlet and outlet of TSH pumps are below the axial lead of the pump, vertical to the axial lead to form a horizontal direction. For check and repair, it doesn't need to dismantle the inlet and outlet pipes and motors. Viewed from the driving direction. The pump makes a clockwise rotation. (If requested, it can be changed to counterclockwise).

• Main parts of pump: pump casing, pump cover, impeller, shaft, double suction sealing ring shaft sleeve, etc.
• Pump casing and Pump cover from up the workroom of the impeller, on inlet and outlet flanges, there are bolt holes to mount the vacuum gauge and pressure gauge.
• Below the inlet and outlet flange, there is a bolt hole to drain.

• The impeller with a static balance is fixed onto the shaft by the sleeve and sleeve nuts on the two sides. Its axial position can be adjusted through the sleeve nut.
• The pump shaft is supported by two single-row radial ball bearings. The bearings are placed inside the bearing body, and mounted at the two ends of the pump. And lubricated by grease.

• A double suction sealing ring is used to reduce the water leakage from the pump pressure chamber to the suction chamber.
• The pump is directly driven by the motor through resilient coupling, and if requested. It can be driven by an internal combustion engine. 
• A shaft seal is a soft packing seal (or mechanical seal if requested by users).

Seawater, Saltwater, Brine water, Marine ballasting, Water circulation, Marine firefighting, Sea water booster, Cooling water, Mariculture, Sanitation, Seawater lift system, Raw water, Mining water supply, Garden water supply, Agricultural irrigation, Aquaculture, Reverse osmosis water, Power Plant, Chemicals, etc. 

TS Seawater Pump is single single-stage suction cantilevered centrifugal pump designed by the ISO2858 standard. It is widely used for delivering seawater, salt water, brine water, marine ballasting, marine firefighting, mariculture, alkaline erosive water, sanitation, booster sea water, seawater lift system, sea water desalinization and the liquid that physical and chemical properties similar to clean water and without solid particles.

Size: 25mm - 450mm
Capacity: 3.4m3/h - 1200m3/h
Head: 6m - 135m
Efficiency: up to 92%
Materials: Cast iron, SS304, SS316L, Bronze, CD4MCu, Duplex stainless steel, etc.

• TS series single-stage end-suction centrifugal pump is designed according to the capability and size stipulated in the international Standard ISO2858. It is composed of a pump body, pump cover, impeller, shaft, ring seal, sleeve, and suspended bearing units.
• The pump body and pump cover are separated from the back of the impeller, that is to say in general, the back open structure.

• The pump shell (that is pump body and pump cover) forms the workroom of the pump. The impeller, shaft, and rolling bearing are the rotors for the pump. Suspended bearing units support the rotors in the pump. The rolling bearing stands for the radial load and axial force.
• The axial sealing ring is composed of packing glands, packing rings, and packing to avoid air admission or severe water leakage.

• To avoid abrasion of the shaft, the part where the shaft runs through the packing chamber is fitted with a protective muff. O ring is fitted between the muff and shaft to protect against air entering or water leaking along the matching surface.
• The pump is connected to the motor with an extending flexible coupling. The pump turns clockwise when you look from the driving end.

Seawater, Saltwater, Brine water, Marine ballasting, Water circulation, Marine firefighting, Sea water booster, Cooling water, Mariculture, Sanitation, Seawater lift system, Raw water, Mining water supply, Garden water supply, Agricultural irrigation, Aquaculture, Reverse osmosis water, Power Plant, Chemicals, etc. 

TSH Split Case Pump is a single-stage double-suction horizontal centrifugal pump used to transport pure water and liquid of both physical and chemical nature similar to water. The maximum temperature of which must not be over 80℃, if both ends of bearings add cooling water the liquid's temperature can be up to 130℃. 

These pumps are mainly used for water supply and drainage in factories, mines, cities, and electric stations, waterlogged land drainage, irrigation of farming land, and carious hydraulic projects, etc.

Size (discharge): 6inch - 48 inch

Capacity: 110m3/h - 12960m3/h
Head: 8.6m - 140m
Efficiency: up to 92%
Materials: Cast iron, SS304, SS316L, CD4MCu, Duplex SS, Bronze, etc.

• Horizontal, split case, double suction, single-stage, large capacity centrifugal pump design.

• The inlet and outlet of TSH pumps are below the axial lead of the pump, vertical to the axial lead to form a horizontal direction. For check and repair, it doesn't need to dismantle the inlet and outlet pipes and motors. Viewed from the driving direction. The pump makes a clockwise rotation. (If requested, it can be changed to counterclockwise).

• Main parts of pump: pump casing, pump cover, impeller, shaft, double suction sealing ring shaft sleeve, etc.
• Pump casing and Pump cover from up the workroom of the impeller, on inlet and outlet flanges, there are bolt holes to mount the vacuum gauge and pressure gauge.
• Below the inlet and outlet flanges, there is a bolt hole to drain.

• The impeller with a static balance is fixed onto the shaft by the sleeve and sleeve nuts on the two sides. Its axial position can be adjusted through the sleeve nut.
• The pump shaft is supported by two single-row radial ball bearings. The bearings are placed inside the bearing body, mounted at the two ends of the pump, and lubricated with grease.

• A double suction sealing ring is used to reduce the water leakage from the pump pressure chamber to the suction chamber.
• The pump is directly driven by the motor through resilient coupling, and if requested it can be driven by an internal combustion engine.
• A shaft seal is a soft packing seal (or mechanical seal if requested by users).

City water supply, Agricultural irrigation, Water drainage, Power plant, Water circulation, Hot water, Condensate water, Cooling water, Seawater, Saltwater, Dewatering, Boiler water supply, Mining water supply, Water conservancy project, Pond, Aquaculture, Firefighting, HVAC water Supply, Chemicals, etc.

TIH Chemical Pump is a single-stage end-suction (axial suction) cantilever type centrifugal pump, which is used to transport corrosive liquid with viscosity similar to water and without solid particles. The marked and rated performances and dimensions adopt the ISO2858 international standard. It has a wide performance range, high efficiency, high mechanical, chemical, and physical levels, and convenient maintenance.

It is widely applied to transport various corrosive media or media in which pollution is forbidden similar to water in such industries as chemical industry, petroleum, metallurgy, electric power, papermaking, food, starch factory, pharmacy synthetic fiber, etc.

Size: 32mm - 150mm
Capacity: 3.74m3/h - 460m3/h
Head: 3.7m - 132.5m
Max. pressure: 1.6Mpa
Materials: Cast iron, SS304, SS316L, Duplex SS, Bronze, etc.

• Horizontal, single-stage end-suction (axial suction) cantilever, centrifugal chemical pump design.
• The TIH series chemical pump is a redial split and back pull-out structure, so there is no need to disassemble the pipeline when checked and repaired.
• The pump casing is axial suction, radial discharge, and supported by a foot. The Pump is connected to the driver by spacer coupling.

• The bearing is lubricated by Chean 22# mechanical oil, bearing housing must be filled with lubricants about 2mm over the centerline of the oil level gauge before starting the pump.
• The temperature of transported liquids is 20℃ - 105℃. By adopting the cooling method, it can transport liquids at higher temperatures.
• The shaft seal adopts a packing seal, mechanical seal, and expeller seal (dynamic seal).

Chemicals, Sulfuric acid, Hydrochloric acid, Nitric acid, Acetic acid, Sodium hydroxide, Starch, Thin oil, Seawater, Saltwater, Sulphur, Hot water, Synthetic fiber, Drainage system, Fertilizer, Medicine, City water supply, HVAC water Supply, Serum, etc.

TIF Fluoroplastic Chemical Pump is an F46 Fluoroplastic lined centrifugal pump that was developed by the company. Because of its proper structure and excellent sealing result, this pump is very cared for by the chemical industry, metallurgy, oil, ionic membrane military engineering, etc. In the 90s, the company successfully developed a new generational higher anti-corrosive pump TIF series centrifugal chemical pump according to domestic and foreign relative information.

It can be resistant to all kinds of strong corrosive liquids, such as acids, alkalis, salt, hydroxide organic solution, etc. The pumps were sold very well all over the world.

Size: 25mm - 100mm
Capacity: 6.3m3/h - 400m3/h
Head: 5m - 132m
Max. pressure: 1.6Mpa
Medium temperature: -85℃~200℃
Materials: F46 Fluoroplastic

TIF Fluoroplastic Chemical Pump is designed according to international standards. The pump body is made of metal housing and FEP (F46) lined, pump cover, impeller, and shaft sleeve are made by integrated and pressure molding of metal insert and fluoroplastic housing.

The shaft seal is sealed by an external waviness mechanical seal, the stationary seal ring is made of 99.9% Alumina ceramics silicon nitride, and the rotating seal is made of PTFE stuffing materials, with features such as corrosion-proof, abrasion-proof, and excellent and reliable sealing performance.

TIF Fluoroplastic Chemical Pumps are widely used in transporting harsh and strong erosive medium of any density such as vitriol, hydrochloric, organic dissolvent and reducing agent, etc. It is one of the latest erosion-proof equipment in the world. Its biggest advantages are advanced & reasonable structure, reliable sealing performance, convenient disassembly and repair, stable operation, low noise, and long work life.

TCZ Chemical Process Pump is made up of the introduced advanced foreign know-how and of the horizontal, single-stage, and single suction type of construction and both dimensions and performance conform with DIN24256/ISO2858 series. It is suitable for transporting low or high-temperature liquid, neutral or corrosive liquids, and clean or solid grains containing liquids.

Especially applied to Chemical and petrochemical industries, Oil refineries, Paper, and paper pulp industries, Sugar refining industry, etc.

Size: 25mm - 400mm
Capacity: 5m3/h - 2400m3/h
Head: 4m - 300m
Max. pressure: 2.5Mpa
Working temperature: -80℃~+450℃
Materials: Cast iron, Cast steel, SS304, SS316L, Duplex SS, Bronze, etc.

• The pressure acting on the shaft seal is balanced with the balancing hole in the impeller or the auxiliary vane.
• The shaft seal can be either the mixed packing seal (cooled or not cooled) or the single or dual-face mechanical one of various structures (the balancing type).
• The ball bearing is durable and the axle diameter is enough to make sure of stable running.

• The pump casing balances the radial force.
• The bearing holder, including the pump casing unnecessary to be removed from the pipeline for repair (the motor as well, if an extended axle is used).
• The flange design used PN16 and PN25 two kinds (the difference between materials), and ANSI125Lb/inch2 or 150Lb/inch2.

• Sulphuric acid and nitric acid of various temperatures and concentrations, salt acid and phosphoric acid, etc. organic and inorganic acids.
• Sodium hydroxide, and sodium carbonate of alkaline solutions for various temperatures and concentrations.
• Various salt solutions.
• Various liquid petrochemical products, organic compounds, and other corrosive raw materials and products.

TRY Hot Oil Pump is widely applied in heating systems with heat transfer mediums in many industrial fields, such as petroleum, chemical, rubber, plastics, pharmacy, textiles, printing and dyeing, foodstuff industry, and road construction. It is an ideal circulation pump for hot oil and is mainly used in transferring weak corrosion and high-temperature liquid, but without solid grains, whose temperature is below 370℃.

Size: DN20 - 250mm
Capacity: 4.5m3/h - 700m3/h
Head: 15m - 85m
Working temperature: ≤370℃
Material: Cast iron, Cast steel, SS304, SS316, SS316Ti, SS316L, CD4MCu, Titanium, Titanium Alloy, Hastelloy Alloy, etc.

• The TRY hot oil pump is the second generation of oil pump products developed based on digesting foreign oil pumps. Its basic structure is single-stage single-suction cantilever let support, which has an axial suction inlet and a centrally vertical outlet. It is mounted on the base along with the motor.

• The TRY hot oil pump adopts a double-end ball-bearing support with the front end using the lubricating oil. In contrast, the back end uses grease as the lubricant, and an oil conduit lying in between for always keeping an eye on the sealing and the recovery of conduction oil.

• The TRY hot oil pump adopts the self-heating and abstraction of heat structure instead of the traditional water-cooling structure, thus featuring a simple and space-effective, with fewer operating costs, good performance, and reliable operation. 

• The TRY hot oil pump contains a packing seal and mechanical seal; the former has a good adaptability for the thermal state due to using packing with resistance to high temperature while the latter ensures the seal performance under high temperature as it adopts the hard alloy with strong mechanical strength and wear resistance.

• The TRY hot oil pump utilizes the third generation of PTFE for the lip seal, resulting in excellent seal performance, 25 times the reliability of rubber seals, and exceptionally strong corrosion resistance.

Hot oil, Petroleum, Chemicals, Vegetable oil, Engine oil, Gas oil, Synthetic fiber, Heat exchange equipment, Oil circulation, Conduction oil, Textile printing, Plastic and rubber, Boiler oil, Dyeing industry, Papermaking industry, Timber industry, Pharmaceutical industry, Food industry, Construction, etc.

TA Petrochemical Process Pump is made by introducing the foreign advanced know-how and designed under API610, VDMA24297 (light/middle type), and GB/T3215-82 and can be used to transport the vitriol, nitric acid, hydrochloric acid, phosphoric acid, etc. Inorganic and organic acid solutions of various temperatures and concentrations; sodium hydroxide, sodium carbonate, etc.

Alkaline solutions of various temperatures and concentrations, various salt solutions, various liquid petrochemical products, organic chemical compounds, and other corrosive liquids. Suitable for oil refineries, the petrochemical industry, coal process engineering, sub-zero engineering, paper making, sugar refineries, waterworks, seawater desalting plants, power plants, environmental protection projects, ship industry, etc.

Size: DN25 - 400mm
Capacity: 3m3/h - 2400m3/h
Head: 4m - 300m
Working pressure: 2.5MPa
Working temperature: -80℃~+450℃
Material: Cast steel, SS304, SS316, SS316Ti, SS316L, CD4MCu, Titanium, Titanium Alloy, Hastelloy Alloy, etc.

• Designed per API610(the 8th version), using modules' assembly, the clutch is fitted with an extended section.
• Dual spiral casings with the pump, big pipe diameter, and big surplus of corrosion.
• Close impeller (standard part), half-opened impeller (model TA). The impeller is self-locked with a steel wire screwed sleeve.

• Use a mechanical seal (single or dual end-face) first and a packing seal.
• Easily worn-out parts are the replaceable Impeller and the oral ring of the pump casing (also the angular structure), the muff at the axle seal, and the wear ring of the pump casing can be rinsed by the pump.

• Integrated heavy bearing stands for Oil-lubricated ball bearing, automatic lubrication, and control of the oil level.
• Good interchangeability between packing seals and various mechanical seals.

• Various inorganic and organic acids such as vitriol, nitric acid, hydrochloric acid, and phosphoric acid, at different temperatures and concentrations; alkaline solutions like sodium hydroxide and sodium carbonate, at various temperatures and concentrations; and different salt solutions.

• Various liquid petrochemical products, organic chemical compounds, and other corrosive raw materials and products.
• The corrosion-proof materials are available and can meet the demands of the above media.

TE Chemical Process Pump is designed based on API610, API682, and VDMA24297 (heavy type) standards. The pump is a single-stage, pump-absorption cantilevered pump. The pump body is supported by a centerline. It is Inhalation axial and radial discharge. Axial force adopts before and after ring and balance holes for hydraulic balance. Mechanical seals can be single-face or double-face balanced set mounted. The mechanism of sealing has a cooling, washing, and sealing liquid system.

The pipeline system is designed based on API standards. The max work pressure 5.0Mpa. The imbibing and discharged flange can be designed according to GB.DIN and ANSI standard. It is mainly used in petroleum refining, the petrochemical industry, the chemical industry, and other industries for pumping petroleum and its products including crude oil, refined oil products, hydrocarbons, water, acids, alkalis, salts, and other mediums.

Size: DN25 - 400mm
Capacity: 3m3/h - 2600m3/h
Head: 4m - 300m
Working pressure: 5MPa
Working temperature: -80℃~+450℃
Material: Cast steel, SS304, SS316, SS316Ti, SS316L, CD4MCu, Titanium, Titanium Alloy, Hastelloy Alloy, etc.

• Pump outline and structure designed by API610 (the 10th version)
• Pump body: adopting foot supporting structure.
• Impeller: closed, semi-open, and full-open types; the CZ series pump’s axial force is mainly balanced by the back blade or balance hole while the residual axial force is born by the bearing.

• Pump cover: it works with the sealing gland to form a sealing cavity and the standard cavity. Dimensions can be provided with various seal types.
• Shaft seal: according to different working conditions, such seal types can be adopted as packing seal, single-end face mechanical seal, double-end face mechanical seal, and mechanical seal in series.

• Bearings: it adopts the thin oil lubrication mode and the oil level is controlled by a constant level oil cup, fully ensuring the bearings work in a good lubrication state.
• Shaft: it is protected by a bushing to prevent the medium from contacting the shaft directly to improve the shaft’s service life.

• For pumping clean, slightly polluted, cold, hot, chemically neutral, or aggressive media.
• In refineries, the petrochemical industry, coal processing, and low-temperature engineering.
• In the chemical industry, paper industry, pulp industry, sugar industry, and general processing industries.

• In the water industry, seawater desalination plants.
• In heating and air-conditioning.
• Power plants.
• In environmental protection engineering.
• In ship and offshore industries.