Closed Impeller Centrifugal Pump Manufacturer in India (JKCIP SERIES)

Being the leading industrial pump manufacturer, Jay Khodhiyar Engineering Works offers high-performing centrifugal pumps to withstand a variety of mechanically aggressive and high-temperature liquids.

Our JKCIP series pumps are an advanced design Closed Impeller Centrifugal Pump manufactured for tackling all kinds of liquids in chemical industries. With superior casting qualities, intrinsic designs, and hydraulics, our centrifugal pumps are ideal for your chemical industry.

These pump dimensions are designed as per ISO 28588 Pump Standard and ISO 5199 as the Pump Testing Standards making them more efficient pumps and much better in terms of Hydraulics.

As a trusted Closed Impeller Centrifugal Pump manufacturer, we deliver innovative pumping solutions for diverse industries, ensuring precision, durability, and peak performance.

  • Maintenance Free
  • Superior Casting Qualities
  • Better Bearing Life
  • Highly Efficient
  • Chemical & Corrosion Resistant

Capacity 500M3 / hr
Head 160mtrs
Size 25 to 150
Speed 1400 to 2800
Temperature 160
M.O.C. C.I, WCB. S.S 304, S.S 316/316L Alloy-20, CD4MCU Etc

Download Closed Impeller Centrifugal Pump Catalogue

Applications of Closed Impeller Centrifugal Pump

  • Chemical And Petrochemical

  • Sugar And Alcohol Industry

  • Boiler Feed

  • Circuits In Refineries & Industries

  • Water Supply

  • Irrigation

  • Air Conditioning

  • Fire-Fighting

  • Drainage

  • Circulation Of Heat Transfer Oil

    Need a Pumping Solution Enclosed with Efficiency?

    Why Choose Our Industrial Pumps?

    What is a Closed Impeller Centrifugal Pump?

    A closed impeller centrifugal pump is a type of centrifugal pump that has vanes at both front and back to provide maximum strength. This enclosed impeller decreases the thrust load on the shaft while offering longer bearer life, reduced shafting costs, and improved reliability.

    How Does Closed Impeller Centrifugal Pump Work?

    • The blades spin at high speed in a circular motion to increase pressure and velocity for fluids.
    • The impeller creates a negative pressure in the center of an impeller which draws liquid into the impeller.
    • The contributed centrifugal force by the impeller on the liquid throws the liquid outwards radially.

    Advantages of Closed Impeller Centrifugal Pump

    • Increased Bearing Life
    • More Efficiency
    • Reduced Thurst Load
    • Reduced Shafting Costs
    • Low Maintenance

    Benefits of Our Closed Impeller Centrifugal Pump

    • High Efficiency: Better energy use and lower operating costs.
    • High Pressure: Suitable for applications needing significant pressure.
    • Consistent Performance: Effective over a wide range of flow rates.
    • Reduced Cavitation: Less prone to cavitation damage.
    • Durability: Longer lifespan with less wear and tear.
    • Compact Design: Space-saving installation.
    • Low Noise: Quieter operation.
    • Versatile: Handles various liquids, including water and chemicals.
    • Easy Installation: User-friendly for maintenance.

    Customization options in Closed Impeller Centrifugal Pump

    We do Offer customization options for specific client requirements, including materials, sizes, flow capacities, and pressure ratings.

    Find the Ideal Pump Solutions Tailored to Your Needs Right Here!

    Closed Impeller Centrifugal Pump Video

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    Need An Efficient Pump To Streamline Your Industrial Process?

      FAQs

      1What is a closed impeller centrifugal pump?
      A closed impeller centrifugal pump has a fully enclosed impeller, which ensures higher efficiency and better protection of the impeller from wear compared to open or semi-open designs.
      2What are the key advantages of closed impeller pumps?
      Key advantages include high efficiency, reduced wear and tear, better pressure handling, and minimal recirculation losses.
      3What are the applications of closed impeller pumps?
      Closed impeller pumps are commonly used in applications requiring clean fluids, such as water supply, chemical processing, HVAC systems, and industrial cooling.
      4How does a closed impeller pump differ from an open impeller pump?
      Closed impeller pumps have an enclosed design that protects the impeller from debris and wear, providing higher efficiency and better performance for clean fluids. Open impeller pumps have blades exposed to the flow, making them less efficient and more prone to wear.
      5What types of fluids can be handled by closed impeller pumps?
      Closed impeller pumps are best suited for clean, non-abrasive liquids. They are not ideal for handling fluids with solids or highly corrosive substances.
      6What maintenance is required for closed impeller pumps?
      Regular maintenance includes checking for leaks, ensuring proper lubrication, inspecting the impeller and seals, and monitoring performance metrics such as flow rate and pressure.
      7Can closed impeller pumps handle high pressure?
      Yes, closed impeller pumps are designed to handle higher pressures and are suitable for applications with significant flow resistance.
      8Are closed impeller pumps noisy?
      Closed impeller pumps typically operate more quietly than other types of pumps due to their enclosed design, which minimizes turbulence and noise.
      9How do I know if a closed impeller pump is right for my application?
      Assess your application’s requirements, including the type of fluid, pressure, and efficiency needs. Consult with a pump specialist to determine if a closed impeller pump is suitable.
      10What are the common issues with closed impeller pumps?
      Common issues include cavitation, seal leaks, and impeller wear if the pump is not properly maintained or operated outside its intended conditions.
      11How do I properly install a closed impeller pump?
      Follow the manufacturer’s installation guidelines, ensuring proper alignment, securing the pump to a stable foundation, and verifying that all piping and electrical connections are correctly made.
      12What should I do if my closed impeller pump is not performing optimally?
      Check for common issues such as blockages, improper alignment, or air pockets. Refer to the troubleshooting section of the user manual or consult with a pump technician for assistance.