The HL series internal gear pump adopts a crescent-shaped internal gear set design, with ultra-low pulsation, compact structure, and high pressure resistance as its core competitiveness. It is specially designed for scenarios that are sensitive to noise, have limited space, and require precise flow control. It is widely used in high-end fields such as machine tool hydraulic systems, rubber and plastic machinery, engineering machinery, and agricultural machinery industries, and is especially suitable for efficient transportation of low-viscosity media (such as synthetic oil, water glycol).
Through modular design, stacked valves can integrate multiple functions such as direction control, pressure control, and flow control, reducing pipeline connections and simplifying system design. High compatibility: Adapts to ISO 4401 standard mounting surface and is interchangeable with mainstream brand valve groups. (This can be used universally) Reliable and durable: The valve core is hardened and has a service life of more than one million times. (This can be used universally) Modular structure: adopts standardized interfaces, supports multi-connection combination, and flexibly adapts to complex systems.
It adopts wet electromagnet and five-cavity valve body, and has the ability to withstand high pressure and back pressure. 2. The wet design makes the sound low, long life and fast switching. After more than 10 million durability tests, quality stability is guaranteed.
Hydraulic special motors are motors designed specifically to drive hydraulic pumps. They play an important role in the industrial field, especially in hydraulic systems that require precise control and powerful power output.
'Shaft clearance compensation' has stable performance and high efficiency during high-pressure operation. 'Eccentric plunger' has fast response, starts, stops, load changes, and moves sensitively. The pressure adjustment is easy, the stability is high and the response is fast.
This series of oil pumps makes little noise during operation, runs smoothly, and is wear-resistant. It is suitable for use on machine tools and special machines. Small temperature rise, small horsepower loss, built-in automatic pressure compensation design.
A combination of a large-flow, low-noise quantitative vane pump and a small-flow gear pump is used to form a high and low pressure pump. A single motor is assembled into a high and low pressure circuit system to save power.
They share the same spindle and the same motor to form a high and low pressure pump. Low noise, large flow, low cost, high volumetric efficiency design.
The HL series internal gear pump adopts a crescent-shaped internal gear set design, with ultra-low pulsation, compact structure, and high pressure resistance as its core competitiveness. It is specially designed for scenarios that are sensitive to noise, have limited space, and require precise flow control. It is widely used in high-end fields such as machine tool hydraulic systems, rubber and plastic machinery, engineering machinery, and agricultural machinery industries, and is especially suitable for efficient transportation of low-viscosity media (such as synthetic oil, water glycol).
The HGP series external gear pump is a hydraulic power component specially designed for the industrial field. It adopts a classic external gear structure and has high reliability, wide adaptability and long life as its core advantages. Its compact design and precision manufacturing process make it an ideal power source for construction machinery, metallurgical equipment, hydraulic systems and other fields. It is especially suitable for complex working conditions with medium, high pressure and high flow requirements.
Noah US series ultra-quiet helical gear pump is an industrial hydraulic power component designed by our company to meet the requirements of low noise, high efficiency and long life. This series of pumps adopt helical gear meshing technology and optimized flow channel design to significantly reduce pressure pulsation and operating noise while maintaining high volumetric efficiency and reliability. They are widely used in noise-sensitive precision equipment, medical machinery, automated production lines, etc.
