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SHHLB High Viscosity Gear Pump SHHLB Series Heavy Oil Pump SHHLB Series Gear Pump for Asphalt SHHLB Bitumen Transfer Pump
  • SHHLB High Viscosity Gear Pump
  • SHHLB Series Heavy Oil Pump
  • SHHLB Series Gear Pump for Asphalt
  • SHHLB Bitumen Transfer Pump
SHHLB High Viscosity Gear Pump
SHHLB High Viscosity Gear Pump
SHHLB Gear Pump for Bitumen
SHHLB asphalt transfer gear pump is designed to transport high-viscosity media and substances that solidify easily at room temperature, including bitumen, chocolate, honey, syrup, paint, heavy oil, diesel, resin, and adhesives. This series is constructed from high-strength cast iron, ensuring stable, low-noise, and highly efficient pumping performance even under extreme operating conditions. It also offers the advantages of low pulsation, minimal shear force, and resistance to wear and high temperatures, delivering outstanding pumping performance in industries such as petroleum, coatings, construction machinery, food processing, biopharmaceuticals, and personal care products.
Temperature: -10℃~200℃
Viscosity: 1.0cst~300000cSt
Email: sales@shenghuipump.com
Product Description
Summarize:

SHHLB gear pump offers broad compatibility with a wide range of media and can efficiently and reliably convey high-viscosity liquids with viscosities ranging from 1 to 2,000,000 cSt, including substances such as asphalt, resin, chocolate, and syrup. At the same time, its low pulsation and low shear characteristics ensure that the liquid is delivered smoothly to the outlet, which to a certain extent preserves the medium’s original physical properties and ensures its quality. Capable of delivering stable output across the entire viscosity range under high pressure while maintaining excellent volumetric efficiency, it is increasingly becoming a cost-effective alternative to other solutions.

Product Details:
SHHLB high-viscosity asphalt pump consists of a rotor, pump body, shaft, front and rear end caps, bracket, seals, and other components, and utilizes involute internal gear meshing technology to achieve fluid transfer. When the motor drives the pump shaft, it rotates the inner rotor, which in turn drives the meshing outer rotor to rotate in the same direction. During the disengagement of the inner and outer rotors, the volume of the suction chamber increases, creating a vacuum and negative pressure zone that rapidly draws high-viscosity fluid into the inlet. This fluid is then smoothly pushed toward the discharge line as the rotors rotate, resulting in low-pulsation, low-shear fluid transfer.
Application:
1. In the chemical industry, it can be employed to transport substances such as coatings, resins, adhesives, rubber, and polymers.
2. This equipment is capable of handling media such as body wash, laundry detergent, and soap granules in the consumer chemicals industry.
3. In the food processing industry, this pump ensures that materials such as malt syrup, jam, condensed milk, and chocolate retain their original properties during processing.
4. It is equipped to handle the transfer of high-viscosity media containing impurities, such as heavy oil, residual oil, crude oil, biodiesel, as well as asphalt and paraffin, and is used in the petrochemical industry.
Feature:
1. It allows for the selection of seals made from different materials based on operating conditions and the production environment, enabling it to effectively handle high-temperature and highly corrosive media.
2. The pump delivers stable output across the entire viscosity range under high pressure while maintaining excellent volumetric efficiency, gradually establishing itself as a replacement for traditional screw pumps.
3. This series of equipment does not require the disassembly of complex piping systems for routine maintenance and cleaning, which helps reduce equipment downtime and maintenance intervals to some extent, thereby lowering maintenance and production costs.
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