Products
Horizontal Centrifugal Pumps
JINBO FLUID SYSTEMS LTD manufactures horizontal centrifugal pumps designed to deliver efficient and dependable fluid transfer across a wide range of industrial applications. Built with a horizontal shaft configuration, these pumps provide excellent hydraulic performance, easy accessibility for maintenance, and reliable operation for continuous duty services.
Utilizing advanced centrifugal technology, our horizontal pumps convert rotational energy into fluid pressure through precision engineered impellers and casing designs. This allows efficient handling of liquids while maintaining stable flow performance, making them suitable for industries requiring consistent pumping capability and long service life.
Performance & Reliability
Efficient Hydraulic Design
Optimized impeller and casing geometry ensures smooth fluid movement, improved efficiency, and reduced energy consumption during operation.
Easy Maintenance Access
The horizontal configuration allows convenient access to internal components, simplifying inspection, servicing, and maintenance activities.
Stable Continuous Operation
Designed for industrial duty applications requiring dependable performance under extended operating conditions.
Flexible Configuration Options
Available in single stage and multistage configurations to accommodate different flow requirements and pressure demands.
Durable Construction
Manufactured using high quality materials and precision components to withstand demanding industrial environments.
Features & Design Advantages
Optimized Hydraulic Performance
Precision designed impellers and flow passages help achieve efficient fluid movement, reduced energy consumption, and consistent operating performance.
Robust Mechanical Construction
Heavy duty components and rigid pump structures provide excellent durability, vibration control, and long service life during continuous operation.
Simplified Maintenance Design
The horizontal configuration allows easier access to key components, reducing inspection time and improving maintenance efficiency.
Flexible Operating Configuration
Pump designs can be customized according to flow rate, pressure requirements, fluid characteristics, and system conditions.
Reliable Shaft & Sealing System
Advanced shaft designs and mechanical sealing arrangements help minimize leakage while ensuring dependable operation in various applications.
Specifications
| Specifications | Specification |
| Pump Type | Horizontal End Suction Centrifugal Pump |
| Design Standard | ISO 2858 / ISO 5199 Industrial Pump Design |
| Capacity Range | Up to 3,000 m³/h |
| Head Range | Up to 160 m |
| Motor Power | 0.55 kW – 500 kW |
| Speed | 1450 rpm / 2900 rpm |
| Suction Diameter | DN25 – DN400 |
| Discharge Diameter | DN20 – DN300 |
| Operating Pressure | Up to 25 bar |
| Operating Temperature | -20°C to +180°C |
| Fluid Viscosity | Low to Medium Viscosity Fluids |
| Impeller Type | Closed Impeller / Semi Open Impeller Options |
| Bearing Type | Heavy Duty Ball Bearing / Roller Bearing |
| Seal Type | Single / Double Mechanical Seal |
| Drive Arrangement | Direct Coupled Electric Motor Drive |
| Installation | Horizontal Baseplate Mounted |
| Applications | Process Industry, Water Supply, Petrochemical, Utilities, Industrial Circulation Systems |
Multistage Centrifugal Pumps
JINBO FLUID SYSTEMS LTD manufactures multistage centrifugal pumps engineered for applications requiring high pressure performance and efficient fluid transfer. Designed with multiple impeller stages arranged along a common shaft, these pumps generate increased pressure through progressive energy transfer, making them ideal for systems where high head capability and stable operation are essential.
Built for demanding industrial environments, JINBO multistage centrifugal pumps combine advanced hydraulic design with robust mechanical construction to provide reliable performance, reduced energy consumption, and long service life. These pumps are widely applied in industries requiring continuous operation, precise pressure control, and dependable pumping performance.
Performance & Reliability
High Pressure Capability
Multiple pumping stages allow the system to achieve higher discharge pressure compared with conventional single stage centrifugal pumps, making them suitable for high head applications.
Efficient Hydraulic Operation
Optimized impeller and diffuser designs improve energy transfer, helping maintain efficient flow performance while reducing operating costs.
Stable Continuous Service
Designed for industrial duty applications where consistent pressure and uninterrupted operation are required.
Flexible Pump Configuration
Available in horizontal or vertical arrangements to accommodate different installation requirements and system layouts.
Durable Mechanical Design
Precision engineered shafts, casings, and rotating components provide reliable operation under demanding service conditions.
Features & Design Advantages
Multi Stage Pressure Generation
Multiple impellers operate in sequence to gradually increase fluid pressure, providing efficient high head performance.
Precision Impeller Design
Engineered impeller geometry ensures smooth fluid acceleration, improved efficiency, and reduced hydraulic losses.
Balanced Rotating Assembly
Designed to minimize vibration and mechanical stress, improving equipment reliability and extending service life.
Heavy Duty Shaft Construction
The pump shaft is engineered to transmit motor power effectively while maintaining stable rotation under operating loads.
Service Friendly Construction
Designed to allow easier inspection and maintenance of key components, reducing operational downtime.
Specifications
| Specifications | Details |
| Pump Type | Multistage Centrifugal Pump |
| Pump Configuration | Horizontal / Vertical Multistage Design |
| Number of Stages | Multiple Impeller Stages |
| Drive System | Electric Motor Driven |
| Capacity Range | Up to 500 m³/h (Application Dependent) |
| Head Range | Up to 500 m (Application Dependent) |
| Operating Pressure | Up to 50 bar (Model Dependent) |
| Operating Temperature | -20°C to +120°C (Application Dependent) |
| Fluid Type | Clean Water, Process Fluids, Low Viscosity Liquids |
| Impeller Arrangement | Series Mounted Impellers on Common Shaft |
| Impeller Type | Closed Impeller Design |
| Casing Design | Segmented / Barrel Type Configuration |
| Shaft Arrangement | Horizontal or Vertical Shaft Design |
| Seal Arrangement | Mechanical Seal System |
| Installation | Base Mounted or Vertical Inline Installation |
| Applications | Boiler Feed, Water Supply, Industrial Process, Pressure Boosting Systems |
Self Priming Centrifugal Pump
JINBO FLUID SYSTEMS LTD manufactures self priming centrifugal pumps designed for applications where automatic air evacuation and dependable fluid transfer are essential. Unlike conventional centrifugal pumps that require continuous liquid presence at the suction line, self priming pumps are engineered to remove trapped air during startup, allowing reliable operation in systems where the pump is installed above the fluid source.
Designed for flexibility and ease of operation, our self priming centrifugal pumps provide efficient pumping performance while reducing the need for additional priming equipment. Their robust construction and reliable hydraulic design make them suitable for industrial applications involving intermittent operation, drainage, transfer, and fluid circulation systems.
Performance & Reliability
Automatic Priming Capability
Designed to evacuate air from the suction line during startup, allowing the pump to establish flow without external priming systems.
Reliable Air Handling Performance
The pump casing design allows air and liquid to be separated during the priming process, helping maintain stable operation in applications where air may enter the suction system.
Versatile Fluid Transfer
Suitable for handling various industrial liquids, including water, wastewater, process fluids, and other compatible media.
Intermittent Duty Operation
Ideal for applications requiring frequent starting and stopping while maintaining dependable pumping performance.
Simplified Installation
The self priming design provides greater flexibility for installations where the pump cannot be positioned below the liquid source.
Engineering Features & Design Advantages
Self Priming Pump Chamber Design
The enlarged casing design retains sufficient liquid volume to support the priming cycle and enable automatic restart capability.
Optimized Impeller Performance
Precision engineered impellers provide efficient energy transfer while maintaining stable flow characteristics.
Robust Casing Construction
Heavy duty casing designs provide mechanical strength and reliable operation in industrial environments.
Easy Maintenance Access
Simplified internal construction allows easier inspection and servicing of key pump components.
Flexible Installation Arrangement
Suitable for applications requiring above-ground installation or systems with varying suction conditions.
Specifications
| Specifications | Details |
| Pump Type | Self Priming Centrifugal Pump |
| Pump Structure | Horizontal Self Priming Configuration |
| Drive System | Electric Motor Driven |
| Priming Method | Automatic Air Evacuation Through Pump Casing |
| Flow Capacity | Up to 800 m³/h (Model Dependent) |
| Maximum Head | Up to 80 m (Model Dependent) |
| Suction Lift | Up to 7.5 m (Application Dependent) |
| Operating Temperature | -10°C to +120°C (Application Dependent) |
| Fluid Compatibility | Clean Water, Wastewater, Process Fluids, Industrial Liquids |
| Impeller Design | Closed / Semi Open Impeller Options |
| Seal Arrangement | Mechanical Seal System |
| Motor Power | 0.75 kW – 250 kW (Model Dependent) |
| Installation | Base Mounted Horizontal Installation |
| Applications | Wastewater, Dewatering, Water Transfer, Industrial Process Systems |
Single-Stage Centrifugal Pump
JINBO FLUID SYSTEMS LTD manufactures single stage centrifugal pumps designed for efficient fluid transfer across a wide range of industrial applications. Featuring a single impeller configuration, these pumps provide a practical balance between high flow capability, simple operation, and cost effective performance for systems requiring reliable low to medium pressure pumping.
Built with a focus on hydraulic efficiency and operational simplicity, our single stage centrifugal pumps are engineered to deliver stable flow performance while maintaining easy maintenance and long service life. Their straightforward construction makes them suitable for continuous duty applications across industrial facilities, utilities, and process systems.
Performance & Reliability
Efficient Flow Delivery
Optimized impeller and casing designs provide smooth fluid movement with effective energy transfer for improved hydraulic performance.
Simple & Reliable Construction
The single impeller configuration reduces mechanical complexity, resulting in easier maintenance and dependable operation.
High Flow Capability
Designed for applications requiring large volume fluid transfer with moderate pressure requirements.
Low Maintenance Operation
A simplified pump structure allows easier inspection, servicing, and replacement of key components.
Flexible Industrial Application
Suitable for handling various clean and process fluids across different operating environments.
Features & Design Advantages
Single Impeller Hydraulic Design
A single rotating impeller efficiently converts motor energy into fluid movement, providing reliable pumping performance for general industrial duties.
Optimized Volute Casing
The casing design helps convert velocity energy into pressure while maintaining smooth internal flow characteristics.
Balanced Rotating Components
Precision manufactured shafts and rotating assemblies help minimize vibration and improve equipment durability.
Service Friendly Design
The pump configuration allows convenient access to internal components, reducing maintenance time and operational interruptions.
Adaptable Pump Configuration
Available with different impeller designs, materials, and drive arrangements to suit specific application requirements.
Specifications
| Specifications | Details |
| Pump Type | Single Stage Centrifugal Pump |
| Pump Configuration | Horizontal / Vertical Centrifugal Design |
| Impeller Arrangement | Single Impeller Configuration |
| Drive Type | Electric Motor Driven |
| Flow Capacity | Up to 2,000 m³/h |
| Head Range | Up to 150 m |
| Motor Power | Up to 250 kW |
| Efficiency | Up to 88% (Model Dependent) |
| Operating Temperature | Up to 120°C |
| Operating Media | Water, Process Fluids, Chemicals, Industrial Liquids |
| Impeller Type | Closed / Semi Open / Open Impeller Options |
| Casing Design | Volute Casing Configuration |
| Seal Arrangement | Mechanical Seal System |
| Installation | Base Mounted Industrial Installation |
| Applications | Water Supply, Process Systems, Chemical Plants, Industrial Utilities |
Electric Motor VTP Vertical Turbine Pump
JINBO FLUID SYSTEMS LTD manufactures electric motor driven vertical turbine pumps designed for high efficiency water transfer and high head applications where reliable pumping performance is essential. Built with a vertical shaft configuration and multi stage hydraulic design, these pumps are engineered to deliver stable flow performance from deep wells, reservoirs, and industrial water systems.
Featuring a surface mounted electric motor connected to submerged pumping components through a vertical shaft assembly, our vertical turbine pumps provide an efficient alternative for applications requiring high pressure, compact installation, and dependable continuous operation. Designed for demanding water and industrial services, they deliver long service life with reduced maintenance requirements.
Performance & Reliability
High Head Pumping Capability
Multi stage impeller arrangements allow progressive pressure development, making these pumps suitable for deep well and high elevation pumping applications.
Space Efficient Vertical Design
The vertical configuration reduces installation footprint while allowing effective pumping from underground sources, tanks, and reservoirs.
Reliable Motor Arrangement
The electric motor remains above ground, allowing easier access for inspection, maintenance, and servicing without removing the submerged pump assembly.
Stable Hydraulic Performance
Precision engineered impellers and diffuser bowl assemblies provide smooth fluid flow, balanced operation, and consistent pressure output.
Continuous Duty Operation
Designed for long duration operation in industrial, municipal, and utility applications requiring dependable water supply.
Features & Design Advantages
Multi Stage Bowl Assembly
Multiple impeller stages work together within diffuser bowls to increase pressure progressively while maintaining efficient hydraulic performance.
Vertical Shaft Configuration
A long vertical shaft transfers motor power from the surface drive unit to the submerged impeller assembly, enabling efficient pumping from deep sources.
Precision Impeller Design
Hydraulically optimized impellers improve energy conversion and provide consistent performance across different operating conditions.
Flexible Installation Options
Suitable for deep well, wet pit, reservoir, and industrial water intake applications depending on system requirements.
Maintenance Friendly Structure
The above ground motor arrangement simplifies inspection and reduces servicing complexity compared with fully submerged motor systems.
Specifications
| Specifications | Details |
| Pump Type | Electric Motor Driven Vertical Turbine Pump |
| Pump Configuration | Vertical Multistage Centrifugal Design |
| Drive System | Surface Mounted Electric Motor |
| Flow Capacity | 50 – 30,000 GPM (Application Dependent) |
| Head Range | Up to 500 m (Model Dependent) |
| Number of Stages | Single Stage to Multistage Configuration |
| Impeller Type | Closed / Semi Open Impeller Options |
| Bowl Assembly | Diffuser Type Bowl Construction |
| Shaft Arrangement | Vertical Shaft with Line Shaft Bearings |
| Operating Temperature | Up to 120°C (Application Dependent) |
| Fluid Compatibility | Clean Water, Industrial Water, Process Water |
| Installation | Deep Well, Wet Pit, Reservoir Installation |
| Motor Type | AC Induction Motor with Fixed or Variable Speed Options |
| Applications | Water Supply, Irrigation, Power Generation, Industrial Utilities |
Vertical Centrifugal Pump
JINBO FLUID SYSTEMS LTD manufactures vertical centrifugal pumps designed for efficient fluid transfer in applications where space optimization, high reliability, and stable hydraulic performance are essential. With a vertical shaft arrangement and compact installation footprint, these pumps provide an effective solution for industrial systems requiring dependable pumping from tanks, pits, reservoirs, and other challenging installation environments.
Engineered with precision hydraulic components and robust mechanical construction, JINBO vertical centrifugal pumps deliver consistent flow performance while reducing installation space requirements. Available in various configurations, these pumps are suitable for applications involving water supply, process circulation, chemical transfer, and industrial utility systems where continuous operation is required.
Performance & Reliability
Space Efficient Installation
The vertical configuration minimizes floor space requirements, making these pumps suitable for facilities where installation area is limited.
Reliable Hydraulic Performance
Optimized impeller and diffuser designs provide efficient energy conversion, stable flow characteristics, and dependable pressure generation.
High Head Capability
Multi stage configurations allow increased pressure generation for applications requiring fluid transfer over greater distances or elevations.
Flexible Operating Conditions
Designed to accommodate various fluid handling requirements across industrial, utility, and process applications.
Continuous Duty Operation
Built for long term service with durable rotating components and reliable mechanical performance.
Features & Design Advantages
Vertical Shaft Configuration
The vertical arrangement allows efficient pumping from deep sources, tanks, and sumps while maintaining a compact equipment footprint.
Multi Stage Hydraulic Assembly
Multiple impeller and bowl assemblies can be integrated to achieve higher pressure performance for demanding applications.
Precision Bowl & Impeller Design
Hydraulically optimized components improve efficiency, reduce energy losses, and maintain stable operating performance.
Reduced Installation Footprint
The vertical design helps optimize plant layout while providing effective fluid transfer capability.
Adaptable Configuration
Pump arrangements can be customized according to flow requirements, pressure conditions, fluid characteristics, and installation requirements.
Specifications
| Specifications | Details |
| Pump Type | Vertical Centrifugal Pump |
| Pump Configuration | Vertical Shaft Centrifugal Design |
| Stage Arrangement | Single Stage / Multistage Configuration |
| Drive System | Electric Motor Driven |
| Flow Capacity | Up to 30,000 m³/h (Model Dependent) |
| Head Range | Up to 500 m (Model Dependent) |
| Motor Power | Application Dependent |
| Impeller Type | Closed / Semi Open Impeller Options |
| Bowl Assembly | Diffuser Bowl Configuration |
| Shaft Arrangement | Vertical Shaft with Line Shaft Support |
| Operating Temperature | Up to 120°C (Application Dependent) |
| Fluid Compatibility | Water, Process Fluids, Industrial Liquids |
| Installation | Tank, Pit, Reservoir, or Deep Well Installation |
| Seal Arrangement | Mechanical Seal / Packing Seal Options |
| Applications | Industrial Processing, Water Systems, Petrochemical, Utilities |
Vertical Turbine Pump
JINBO FLUID SYSTEMS LTD manufactures vertical turbine pumps designed for high capacity and high head applications where reliable water transfer and continuous operation are essential. Built with a vertical shaft arrangement and multi stage hydraulic configuration, these pumps are engineered to efficiently move fluids from deep wells, reservoirs, pits, and industrial water sources.
Combining advanced hydraulic design with robust mechanical construction, JINBO vertical turbine pumps provide stable performance, energy efficient operation, and long service life across demanding industrial environments. Their flexible configuration allows them to be adapted for municipal, power generation, irrigation, and industrial process applications requiring dependable pumping performance.
Performance & Reliability
High Head & Large Flow Capability
Designed with multiple impeller stages to generate increased pressure head while maintaining efficient fluid transfer performance for demanding applications.
Deep Source Pumping Performance
Ideal for applications requiring fluid extraction from deep wells, underground reservoirs, and submerged intake systems.
Efficient Hydraulic Operation
Precision engineered impellers and diffuser bowls provide smooth fluid movement, reduced energy losses, and stable operating characteristics.
Continuous Duty Reliability
Built for long term operation in critical systems where consistent flow availability and minimal downtime are required.
Flexible Installation Options
Available in deep well and short set configurations to accommodate different site conditions and pumping requirements.
Features & Design Advantages
Multi Stage Bowl Assembly
Multiple impellers are arranged in series within the bowl assembly, allowing the pump to achieve higher pressure output through progressive energy transfer.
Vertical Shaft Design
The vertical arrangement enables efficient pumping from submerged sources while reducing the required installation footprint.
Precision Hydraulic Components
Optimized impeller and diffuser designs improve efficiency, maintain balanced operation, and support reliable performance across varying flow conditions.
Heavy Duty Shaft System
Engineered shaft assemblies provide effective torque transmission while maintaining alignment and mechanical stability during operation.
Adaptable Pump Configuration
Pump stages, column length, and hydraulic components can be configured according to system requirements and operating conditions.
Specifications
| Specifications | Details |
| Pump Type | Vertical Turbine Pump |
| Pump Configuration | Vertical Shaft Multistage Centrifugal Design |
| Installation Type | Deep Well / Short Set / Wet Pit Installation |
| Drive System | Electric Motor or Engine Driven |
| Flow Capacity | Up to 30,000 m³/h (Model Dependent) |
| Head Range | Up to 600 m (Configuration Dependent) |
| Number of Stages | Single Stage to Multistage Arrangement |
| Impeller Design | Open / Semi Open / Closed Impeller Options |
| Bowl Assembly | Diffuser Type Bowl Construction |
| Shaft Arrangement | Vertical Line Shaft Configuration |
| Column Length | Configured According to Installation Depth |
| Operating Temperature | Up to 120°C (Application Dependent) |
| Fluid Compatibility | Water, Industrial Water, Process Fluids |
| Lubrication System | Water Lubricated / Oil Lubricated Options |
| Applications | Water Supply, Power Generation, Irrigation, Industrial Utilities |