High-pressure gear pumps typically have a compact and simple design, which makes them ideal for applications where space is limited. The small footprint of these pumps allows them to fit into confined spaces within machinery or equipment, without compromising on their performance. This characteristic is particularly valuable in industries where space efficiency is critical, such as in automotive and industrial applications.

Despite their compact size, high-pressure gear pumps are capable of generating significant power, making them effective in a variety of high-pressure fluid transfer tasks. Their design is also easy to integrate into existing systems, making them a popular choice in both new and retrofit applications.

High-pressure gear pumps are versatile in the types of fluids they can handle. They are suitable for both low and high-viscosity liquids, such as oils, fuels, lubricants, chemicals, and even some food products. This makes them valuable across multiple industries, from automotive to chemical processing and even food manufacturing. Their ability to handle viscous fluids without sacrificing performance is one of the reasons why gear pumps are often preferred over other types of pumps in various applications.

Moreover, these pumps can work with clean, dirty, or abrasive fluids. While it is important to ensure that the correct materials are used for the gears and pump casing, high-pressure gear pumps can be adapted to handle a wide range of substances, making them a reliable solution in many different sectors.

High-pressure gear pumps are known for their durability and reliability in demanding conditions. They are built to withstand the mechanical stresses and high temperatures that are typically present in high-pressure fluid systems. The robust construction of these pumps ensures that they continue to perform efficiently over an extended period, with minimal need for maintenance.

The use of high-quality materials for the gears, such as hardened steel or other wear-resistant alloys, further enhances the lifespan of the pump. Additionally, the simplicity of the gear pump design, with fewer moving parts compared to more complex pump types, reduces the risk of failure, making them a dependable choice for critical applications.

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Temperature range of oil    -20C-80C
Viscosity range of hydraulic oil    10-75 c.s.t.
Flitting accuracy of oil    ≤25 μm 
Height of absorbing oil    ≤500mm
Driving    Directly driven by flexible
Revolving direction    Clockwise (in the view of the direction from the axle end)