About Back Pullout Pumps
Our valued clients and their requirements hold prime importance for us and what better than offering them an exquisite range of Back Pullout Pumps. These offered pumps are manufactured and designed from high grade raw stainless steel and other basic materials in line with quality standards. These pumps are highly recommended in different industries like Pumping Clears, Booster Services, Sprinkler Systems, Fire Fighting Systems, Mine Drainage, Power Stations, Air Conditional Plants, Volatile Liquids, Chemicals, Turbid Water and other industries. Outfitted with lots of quality attributes, these products have gained several appreciations from valued clients. Moreover, we offer these Back Pullout Pumps in numerous standard as well as customized specifications at very minimum prices across the world.
Features:
Strong construction
Fine finishing
High efficiency
Low maintenance
Attributes
- Strong Structure
- Fine Finish
- High Efficiency
- Very Low Power Consumption
- Very Low Maintenance
- Smooth Functioning Etc.
Technical Specifications
- Total Head: up to 100 meter
- Capacity: 100 m3/h
- Delivery Size: 25 mm to 100 mm
- Temperature: -10 to 200 degree Celsius
- Test Pressure: 10 kg/cm2
Construction Materials
- Shaft: S. Steel ( SS 410/SS 316/SS 304/Alloy-20)
- Casing: S. Steel ( CF8/CF8M )
- Back Plate: S. Steel ( SS 410/SS 316/SS 304/Alloy-20)
- Impeller: S. Steel ( SS 410/SS 316/SS 304/Alloy-20)
- Motor Cover: SS 304 , SS 316
- Mechanical Seal: TC/TC , SIC/SIC PTFE/ GFT
- Gasket: Viton/Nitrile/Silicon/PTFE
Versatile Design for Multiple ApplicationsThese pumps are designed with flexibility in mind, offering a variety of impeller types and material options to suit water, chemical, or industrial fluid handling. The robust construction ensures operational reliability under challenging conditions, including high temperatures up to 110C and pressures up to 16 bar.
Efficient Engineering and Easy MaintenanceThe back pullout construction allows for quick and convenient maintenance without disconnecting the pipework. Supporting features like self-priming (on request), mechanical seals or gland packing, and seal cooling systems cater to specific operational requirements, reducing downtime and maintenance costs.
Comprehensive Range and CustomizationWith inlet/outlet sizes ranging from DN32 to DN300, flow rates up to 2000 m/h, and power options from 0.75 kW to 200 kW, these pumps are highly adaptable. Options for protection class (IP 54/IP 55), frequency (50/60 Hz), and mounting types provide solutions tailored to diverse industrial, water supply, and chemical processing environments.
FAQs of Back Pullout Pumps:
Q: How does the back pullout design benefit maintenance and operation?
A: The back pullout design allows the entire rotating assembly to be removed without disturbing the pipe connections, simplifying maintenance and reducing downtime for repairs or inspections in industrial and process environments.
Q: What impeller types are available, and how do I choose the right one?
A: You can select from closed, semi-open, or open impellers. The choice depends on the fluid type and presence of solids; closed impellers are ideal for clean fluids, while semi-open and open designs handle slurries or liquids containing solids.
Q: When is a mechanical seal preferred over gland packing?
A: A mechanical seal is typically recommended when there is a need to minimize leakage and improve efficiency, especially with hazardous or corrosive fluids. Gland packing is suitable for less critical applications or when a lower cost solution is adequate.
Q: Where can these pumps be effectively used?
A: They are suitable for a variety of settings, including industrial plants, water supply facilities, chemical processes, and applications requiring the safe handling of aggressive or high-temperature liquids.
Q: What is the maximum flow rate and suction head these pumps can achieve?
A: These pumps reach flow rates up to 2000 m/h and can manage maximum suction lifts up to 8 meters, making them capable of handling high-demand operations efficiently.
Q: How does the seal cooling system enhance pump performance?
A: The seal cooling system, available upon request, is crucial for handling high-temperature fluids or continuous operations, as it maintains the integrity of seals, extends their lifespan, and prevents leakage during demanding applications.
Q: What are the key benefits of choosing these pumps for chemical processing?
A: These pumps offer superior corrosion resistance with materials like SS304, SS316, and specialized alloys, high operational safety with IP54/IP55 protection, and adherence to international standards, ensuring reliable, long-lasting performance in chemical environments.