Summarize:
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YHCB series gear pumps are primary solutions for pumping non-corrosive liquids with viscosities ranging from 5 to 1,500 cSt and temperatures not exceeding 80°C. They are frequently employed in the petroleum, marine, metallurgy, and mining industries to handle media such as fuel oil, kerosene, and gasoline, serving as a reliable pumping solution for oil transportation and industrial fluid transfer applications. Compared to traditional gear pumps, the special gear-curve design of this series effectively reduces impact on the gear surfaces and friction losses, enabling the pumps to maintain high operational efficiency and a longer service life during long-term continuous operation.
Product Details:
YHCB arc gear pump primarily conveys fluid by forming a sealed chamber as the gears rotate. Under power, as the gears rotate, a negative pressure zone is created on the suction side, drawing fluid from the inlet into the pump chamber. The pumped liquid is then transported toward the discharge area in the direction of the gears’ rotation as the gears continue to turn. When the gears re-engage, the volume gradually decreases, steadily pushing the fluid out of the pump discharge port, thereby completing the continuous pumping process.
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Application:
YHCB oil pumps are ideally suited for pumping liquids that contain no solid particles and are non-corrosive, and are commonly used in applications involving a wide range of oil viscosities. They can be utilized in fuel loading and unloading systems for the rapid transfer of fuels such as gasoline, diesel, and kerosene, and are also capable of handling crude oil, lubricating oil, and refined petroleum products in the petroleum industry.
Feature:
1. This series of arc-tooth gear pumps has a wide range of media compatibility and can be used to transfer oil-based media of varying viscosity grades, meeting the diverse needs of the petroleum, energy, transportation, and industrial manufacturing sectors.
2. Its pump body of this equipment features a compact design, occupies minimal space, and has a reasonable weight, making it easy to install in mobile transport equipment and stationary oil transfer systems.
3. Depending on the characteristics of the medium, mechanical seals or other sealing types can be selected to effectively reduce the risk of medium leakage and enhance operational safety.
4. The unit employs a dual-arc sine curve tooth profile design, which effectively reduces sliding friction between the gears while minimizing vibration and noise during operation.
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