DN25-DN80 Horizontal Cast Iron Gear Pump
PWSKCB
Flow Range:0.1-200 m³/h
Inlet/Outlet Range:DN25-DN80((Flange/Threaded connection))
Motor Power:0.37-30 kW
Sealing Methods: sealing with seals, combined sealing, clearance
Sealing Gear Material: 304/316 stainless steel, tungsten carbide (wear-resistant type)
Inlet/Outlet Range:DN25-DN80((Flange/Threaded connection))
Motor Power:0.37-30 kW
Sealing Methods: sealing with seals, combined sealing, clearance
Sealing Gear Material: 304/316 stainless steel, tungsten carbide (wear-resistant type)
Quantity
Designed to meet industrial, agricultural, and marine demands for efficient fluid transfer, cast iron gear pumps deliver robust performance in challenging environments. Combining precision-engineered gears with a durable cast iron body and adaptable sealing systems, these gear oil transfer pumps excel in handling medium-to-low viscosity fluids such as hydraulic oils, fuels, and irrigation liquids. Ideal for applications like hydraulic systems, fuel distribution, and agricultural machinery, gear fluid oil pumps ensure clog-resistant operation, extended service life, and energy-efficient fluid management. PWS’s horizontal design prioritizes stability and ease of maintenance, making it a reliable solution for long-term, low-waste operations.
Core Advantages
- High Efficiency:
The design of the gear pumps makes it have low energy loss and high efficiency when conveying fluids, and is suitable for occasions that require efficient conveying. - Gear Transmission:
The fluid is sucked in and discharged through the rotation of a pair of meshing gears, with a simple structure and high transmission efficiency.
- Sealing Design:
Usually equipped with mechanical seals or packing seals to ensure the sealing reliability of the pump under high pressure or high temperature conditions and reduce the risk of leakage.
Precision engineering
- High precision gear processing
Gears are made of 304/316 stainless steel or tungsten carbide, precision machined to minimize backlash, reduce internal leakage by 40%, and significantly increase volumetric efficiency to ensure conveying accuracy and energy efficiency.
- Horizontal compact structure
Horizontal mounting of the pump body saves space, and the horizontal layout of the inlet and outlet simplifies piping connections and reduces elbow losses, especially suitable for narrow equipment compartments or mobile device integration.
- Multiple seal adaptations
Seal ring: suitable for conventional oil and low corrosive media;
Combined seals: high pressure and temperature resistant, suitable for hydraulic systems;
Gap seals: non-contact design, designed for high viscosity or micro-particulate media.
Combined seals: high pressure and temperature resistant, suitable for hydraulic systems;
Gap seals: non-contact design, designed for high viscosity or micro-particulate media.
Application Scenarios
- Industrial field
Hydraulic system power unit oil supply;
Machine tool cutting fluid circulation, lubricating oil pressurized transport;
Chemical plant resin, asphalt and other viscous media transfer.
Machine tool cutting fluid circulation, lubricating oil pressurized transport;
Chemical plant resin, asphalt and other viscous media transfer.
- Agricultural field
Field irrigation system water and fertilizer delivery;
High-pressure pesticide spraying equipment power source.
High-pressure pesticide spraying equipment power source.
- Marine engineering
Ship diesel engine fuel supply;
Engine oil circulation cooling system.
Engine oil circulation cooling system.
Customer Service
- Accurate demand matching
Free on-site demand analysis, customized flow, pressure and piping configuration scheme;
- Rapid delivery response
Standardized module design, delivery cycle shortened by 30%, emergency project support expedited processing;
- Flexible warranty policy
1 year warranty for the whole machine, 2 years extended warranty for non-standard customized parts, regular maintenance and fault fast response service.







