Summarize:
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2SK series sugar processing liquid ring vacuum pumps are particularly devised for evacuating air or other gases that are free of solid particles, non-corrosive, and insoluble in water. They can be employed in vacuum processes across industries such as coal mining, power generation, papermaking, metallurgy, chemical manufacturing, environmental protection, and pharmaceuticals. This series of pumps offers the advantages of isothermal compression, oil-free operation, and absence of metal friction. Furthermore, they exhibit insensitivity to dust, liquid droplets, and condensable gases, making them an ideal oil-free alternative to rotary vane pumps.
Product Details:
2SK series two stage vacuum pump utilizes the rotation of its impeller to form a water ring within the pump housing. By leveraging the changing space between the water ring and the impeller, it achieves the intake, compression, and discharge of gases. Simultaneously, gases undergo isothermal compression within the pump chamber, making it suitable for extracting flammable and explosive gases as well as dust-laden and moisture-containing gases.
Application:
2SK series vacuum pumps are adopted to evacuate air and other non-corrosive, water-insoluble gases free of solid particles, achieving high vacuum levels within sealed containers. This equipment is suitable for vacuum evaporation, vacuum reflux, vacuum concentration, vacuum drying, and vacuum melting processes across industries including pharmaceuticals, food processing, power generation, metallurgy, papermaking, and chemical manufacturing.
Feature:
1. It is equipped with an automatic venting orifice to prevent cavitation during operation.
2. The pump's wetted components are constructed from highly corrosion-resistant materials, extending the equipment's service life.
3. Features a compact two-stage series-connected impeller design, with discharge from the first stage directly entering the second stage's suction port.
4. This pump achieves higher vacuum levels and greater pumping speeds in high-vacuum zones, effectively meeting the demands of high-vacuum environments.
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