[New Product Feature] Efficiency Revolution! Injecting Powerful Energy into High-Efficiency Fluid Transfer

In the modern industrial field, a stable and efficient fluid delivery system is key to ensuring the continuous operation of production lines. Today, Hubei Huate brings you a high-performance, well-designed core of fluid power—the aluminum alloy arc-tooth gear pump, which will redefine your understanding of efficient delivery with its outstanding performance specifications.

The most outstanding feature of this aluminum alloy oil pump is its maximum flow rate of up to 1000L/min. This means it can deliver one cubic meter of liquid per minute, making it suitable for applications that require rapid filling, circulation, or transfer. Even more remarkable is that achieving such a high flow rate requires only 11kW of power. Compared to other high-flow pumps, it is highly energy-efficient, and long-term operation can significantly reduce electricity costs.

• Combination of High Flow and Moderate Pressure

  With a maximum pressure of 0.5 MPa, this is a low-pressure, high-flow pump type, ideal for scenarios where head requirements are not high but rapid transfer is needed, such as tank-to-tank transport, circulation filtration, and vehicle loading.

• Wide Speed Adaptation Range

  Supports speed adjustment from 700 to 1250 r/min, allowing flexible flow control through variable frequency or variable speed drives. It doesn’t always need to run at full load, making it more energy-efficient and adaptable to changing working conditions.

• Compact and Lightweight Design

  The entire pump weighs only 40 kg, making it a "lightweight choice" among pumps with similar flow rates. Installation, handling, and maintenance are more convenient, and it places lower demands on foundation support.

• Advantages of Arc Gear Structure

  Featuring an arc tooth design, the operation is smoother, noise is lower, wear is reduced, and service life is longer. It is especially suitable for transferring lubricating oil, light fuels, and similar liquids.

• Suitable media: lubricating oil, diesel, kerosene, and other similar low-viscosity liquids (recommended medium temperature not exceeding 80℃).
• Recommended conditions: suitable for applications focusing on flow rate and not requiring high pressure.
• Note: Not suitable for high-viscosity liquids, highly corrosive media, or media containing hard particles.