Plot No. B-3&4 Nakshtra Industrial Hub, Next to Amba Hotel, Bridge, Indore
Highway, Village Chandial, Ta : Daskroi, Dist : Ahmedabad - 382433, Gujarat, India.
Mr. Kamal Panchal
+91-9904376492
FRP Axial Flow Pump
Our FRP axial flow pump range is designed and manufactured specifically for the most challenging corrosive and abrasive fluid handling duties in industrial and municipal environments. FRP, which stands for Fibre Reinforced Plastic, is a composite material formed from a polymer resin matrix reinforced with glass fibres, producing a structural material that combines the chemical inertness of a thermoplastic with the structural strength of a reinforced composite. This material combination makes FRP axial flow pumps the natural choice for handling highly corrosive solutions, aggressive chemical slurries, oxidising acids and other fluids that preclude the use of metallic pump construction.
Product Details
Minimum Order Quantity :01 Piece
Propeller Pumps is one of the leading manufacturers, exporters and suppliers of FRP Axial Flow Pumps in India, exporting to worldwide destinations including UAE, Saudi Arabia, Singapore, Indonesia, Philippines, Egypt, Ethiopia, Nigeria, Kenya, Russia, Uzbekistan, Kazakhstan and across the globe.
Manufactured at our Ahmedabad, Gujarat production facility, our FRP axial flow pumps are built to deliver extended service life, consistent hydraulic performance and mechanical reliability in conditions where competing metallic pumps would face accelerated deterioration.
- Port of Dispatch: Ahmedabad India
- Production Capacity: As Per Order
- Delivery Time: As Per Order
- Packaging Details: Export/Cargo Packing
FRP Axial Flow Pump Technical Specifications and Coverage Range
Our FRP axial flow pumps are engineered to the following operational parameters:
- Head up to: 10 mtr.
- Flow up to: 2500m3/hr
- Material of construction:FRP/Non Metallic Axial Flow Pump.
The wide flow range covered by our FRP axial flow pump series accommodates the full spectrum of large volume, low pressure corrosive fluid handling duties encountered in chemical process plants, effluent treatment facilities, electroplating operations and industrial water treatment installations.
Key Advantages of FRP Axial Flow Pumps
The selection of an FRP axial flow pump over a rubber lined or plastic coated metallic pump in aggressive chemical service brings several distinct and measurable advantages.
Outstanding corrosion resistance is the defining property of FRP construction. The glass fibre reinforced polyester or vinyl ester resin matrix used in our FRP axial flow pumps resists attack from a broad spectrum of acids, alkalis, organic solvents, oxidising chemicals and chlorinated compounds. Unlike rubber lined metallic pumps where lining failure exposes the metal substrate to corrosive attack, FRP pumps are chemically resistant throughout their full wall thickness, eliminating the catastrophic failure mode associated with lining deterioration.
High strength to weight ratio is a practical advantage of FRP over traditional non metallic pump materials such as solid polypropylene or PVC. The fibre reinforcement in FRP provides significantly greater structural strength for a given wall thickness, allowing the pump to handle higher internal pressures and mechanical stresses than would be achievable with unreinforced polymer construction.
Custom design flexibility is inherent in FRP fabrication. The lamination process used to construct FRP pump casings allows the thickness, fibre orientation and resin system to be specified and varied according to the structural and chemical requirements of each application. This makes FRP axial flow pumps highly adaptable to unusual duty conditions or installation configurations.
Low thermal mass and minimal heat absorption in service reduces the risk of thermal expansion related stress in pump casing joints and connections, which is a common maintenance issue with metallic pumps handling heated process streams.
Dimensional stability across the operating temperature range ensures that the hydraulic geometry of FRP pump casings is maintained throughout the service life of the equipment, preserving the designed hydraulic efficiency at all operating temperatures within the rated range.
FRP Axial Flow Pump Applications Across Industries
Our FRP axial flow pumps are deployed across the following application areas in industrial and municipal service:
Acid and alkali transfer in chemical manufacturing plants, including concentrated hydrochloric acid, sulphuric acid, sodium hydroxide, phosphoric acid and nitric acid service. Gas scrubbing tower sump recirculation for corrosive gas treatment systems handling chlorine, sulphur dioxide, hydrogen fluoride and hydrogen chloride. Effluent treatment plant recirculation and transfer in ETP, STP and ZLD facilities. Electroplating bath recirculation in metal finishing and surface treatment operations. Seawater and brine handling in desalination, marine and offshore installations. Chemical scrubbing and absorption column liquid recirculation. Filter press feed in dye and chemical manufacturing. Pickling solution circulation in steel mills and metal treatment facilities.
Industries Served by FRP Axial Flow Pumps
Industries where our FRP axial flow pumps are actively specified and installed include dye and chemical manufacturing, drugs and pharmaceutical production, caustic soda and chlor alkali plants, fertiliser manufacturing, copper and zinc smelter operations, steel plant acid treatment, titanium dioxide production, paper and pulp mills, thermal and atomic power stations, effluent treatment plant operators and seawater intake and desalination facilities.
Why Choose Propeller Pumps for FRP Axial Flow Pumps
Our FRP axial flow pump design and manufacturing capability is built on a combination of hydraulic engineering expertise, materials knowledge and fabrication precision that is difficult to replicate without the depth of experience our team has accumulated over 16 years of focused pump manufacturing.
We specify and select FRP laminate systems based on the actual chemical composition of the fluid to be pumped, ensuring that the resin system chosen provides the correct resistance profile for the specific acids, alkalis or solvents in the process stream. This chemistry driven approach to material selection reduces the risk of premature FRP degradation from chemical incompatibility, which is one of the most common causes of early failure in non metallic pump installations where the material selection was not rigorously matched to the fluid chemistry.
Our hydraulic designs for FRP axial flow pumps are optimised for maximum efficiency in the low head, high flow duty envelope that defines axial flow pump applications. By applying our axial flow hydraulic expertise to the FRP construction format, we produce pumps that deliver the full expected hydraulic performance without the efficiency penalties sometimes observed in non metallic pumps designed primarily for chemical resistance rather than hydraulic performance.
Custom FRP Axial Flow Pump Solutions from Propeller Pumps
Propeller Pumps provides custom FRP axial flow pump solutions for applications requiring configurations beyond the standard product range. Custom capabilities include alternative resin systems such as vinyl ester, epoxy or phenolic for specific chemical service requirements, custom pump sizes for duty points outside the standard flow and head range, special flange configurations and connection geometries for integration with existing plant piping, custom impeller designs for specific head and flow combinations, and bespoke mounting and support arrangements for non standard installation conditions.
Customers are invited to share their process fluid chemistry, operating temperature, flow requirement, head requirement, available space and connection specifications, and our team will develop the most appropriate FRP axial flow pump solution for their application.