Closed Impeller Centrifugal Pump The Heart of Efficient Fluid Handling When it comes to moving liquids in various industrial and commercial applications, centrifugal pumps are the go-to solution due to their simplicity, reliability, and efficiency. Among the different types of centrifugal pumps, the closed impeller centrifugal pump stands out for its ability to handle a variety of fluids, its durability, and its operational efficiency. Whether you’re dealing with clean water, chemicals, or slurry, closed impeller centrifugal pumps are crucial in ensuring smooth fluid flow. In this blog, we’ll dive into what makes a closed impeller centrifugal pump unique, its key features, and why it’s a preferred choice for many industries.

Vertical Long Shaft Sump Pump Flow Line Pumps is producing high-quality, specialized pumps designed for handling tough applications, including solid, abrasive, and corrosive liquids. The FLP-VP Series, particularly the solid vertical non-clog pumps, seems like a durable and versatile solution for various industries.  The FLP-VP series appears to be built to withstand extreme conditions, with features like seal-less or dry seal configurations, API flushing, and wet bearing flushing options. Plus, the jacketing option for steam passage is a great addition for temperature-sensitive liquids. The extended shaft design and solid construction ensure reliability in process and transfer duties, making it suitable for industries dealing with challenging liquids. Operating Data : Capacity : Up to 150 m³/hr  Head : Up to 60 Mtr.  Discharge Size : 25 mm to 125 mm  Temperature Up to 120°C  Pump Length Up to 4 Mtr.Max  Pressure Up to 6 kg/cm²  Speed Up to 1450/2800 rpm  M.O.C. C.I., C.S., SS-304/304L, SS316/316, Bronze, Alloy-20, CD4MCU Hast alloy B&C, etc. Features : Designed Explicitly For Large-Scale Sump Basins  Well Suited For A Wide Span Of Duties  Compact And Space-Saving Construction  Base Plate Designed To Meet Exiting Support Arrangements  Available In Several Materials As Per Need  Easy To Maintain With Low Cost  Designed To Meet Specific Lengths And Application Requirements Application : Chemical Plants Sump Pit,Waste water,ETP Sludge,Bentonite,Clay Transfer,Dieseal,Petrol (Flameble Liquid Transfer from Undergroud Tanks),Chemical Transfer,Slurry Transfer Etc.

Progressive Cavity Screw Pump Progressive Cavity Pump , specifically the FKM Series. These pumps are versatile and highly efficient, particularly when dealing with fluids of varying viscosity and chemical properties. The unique design of the rotor and stator enables smooth and continuous flow, making them suitable for applications requiring precision and reliability. 1. Precision-Machined Rotor and Stator: o The rotor has a single external helix made from metallic material, and the stator has a double internal helix made from elastomeric material. o The special helical profile of the rotor and stator creates a series of sealed cavities that progress from the suction side to the discharge side as the rotor turns. This movement helps pump the fluid efficiently. 2. Sealing Line: o The sealing line formed between the rotor and stator is crucial to the pump’s ability to handle various fluids, as it creates a hermetic seal that ensures minimal leakage and maximum efficiency under both static and dynamic conditions. 3. Smooth and Continuous Flow: o The continuous movement of the cavities from suction to discharge creates a smooth, pulsation-free flow, which is beneficial for handling sensitive fluids and minimizing wear on the pump components. 4. Viscosity and Chemical Resistance: o The FKM Series is especially adaptable for a wide range of fluids, including those with high viscosity, abrasive properties, or aggressive chemicals, thanks to its high- quality materials and design. Operating Data :  Capacity: up to 500 m 3 /hr Pressure: up to 6 bar Sealing : Gland / Mechanical Seal Drive : Belt / Gear Box Material : Cast Iron / MS/SS-304/SS-316 Connection Type : Hopper / Flange / TC Ended Viscosity Range : 1000- 100000 cp Temp Range : -20 to 150 Degree Features :  1. progressive cavities are generated which deliver a uniform, metered and non-pulsating flow 2. Inherently self-priming, the pumps can work on snore and do not require a foot valve. 3. Can handle solid in suspension or media containing a high percentage of solids 4. Rotors turn inside a resilient stator and thus generate little noise. 5. Fluids can be pumped without no contamination. Application : Transfer of High Viscous Liquids Like Gum , Fevicol, Bitumen and Asphalt, Heavy Crude Oil,Honey,Molasses, Greases and Lubricants,Paste, Sewage Sludge, Resins and Adhesives,High Visos Polymers,Slurry ,chuna Paste Etc

Vertical Inline Single Stage Centrifugal Pump Vertical Inline Single Stage FIL Series describing a specific type of pump manufactured by Flow Line Pumps, the FIL Series Vertical Inline Single Stage Pump. These pumps are designed for efficient circulation of liquids in heating and air-conditioning systems, offering several key features: 1. Vertical Inline Design: These pumps are compact and fit into a vertical installation, saving space and simplifying system integration. 2. Top Pull-Out Facility: This feature allows the removal of the stuffing box and impeller without having to disturb the casing or the suction/discharge pipework, making maintenance easier. 3. Drain at the Bottom: This drain feature helps in easy drainage and maintenance, preventing accumulation of liquids or contaminants in the pump casing. 4. Dynamically Balanced Impeller: By minimizing vibration, the balanced impeller helps improve the lifespan of bearings, enhancing the pump’s overall efficiency and reliability. Operating Data:  Head Range: 90 MT. Max.  Pressure: 9 Bar  Capacity: 250 m3/Hour Max.  Pipe Line Size: 25 mm to 250 mm  Sealing: Single Mechanical Seal Fitted  Pump MOC: Cast Iron/WCB/SS-304/SS-316  Impeller Type: Closed  Connection Type: Flange Ended Speed Range: 2900 RPM Features : Vertical inline long coupled through axially split rigid coupling  Suction and Delivery nozzles are cast integral with volute and are in-line. Impeller is enclosed type. It is dynamically balanced which ensures the smooth operation of the pump.  Volute is designed with smooth fluid flow passages Application: Water supply, HVAC, Air conditioning, Hot water up to 90°C, Drinking water Cooling water, Fire Fighting, Commercial Building Applications

FEP Lined Centrifugal Pumps A Reliable Solution for Aggressive Fluid Handling In industries that deal with corrosive, toxic, or abrasive liquids, selecting the right pump is critical to ensuring both safety and operational efficiency. FEP (Fluorinated Ethylene Propylene) Lined Centrifugal Pumps have become an essential solution for fluid transfer applications that involve challenging chemicals. These pumps combine the time-tested centrifugal technology with the advanced properties of FEP, a high-performance polymer known for its exceptional chemical resistance and durability. In this blog, we’ll dive into the features, benefits, and applications of FEP Lined Centrifugal Pumps, explaining why they are widely favored in industries such as chemical processing, pharmaceuticals, and food and beverage manufacturing.

Rotary Gear Flange Mounted Pump-FGP-RB Series Flow line Pumps and Engineers Manufacturing and Exporter Rotary Gear Flange Mounted Pump its specifically FGP-RB Series, is a type of positive displacement Double Helical Gear pump that uses rotating gears to transfer fluids. This type of pump is often chosen for its ability to handle a variety of liquids, including those with high viscosities or particulate content. Here’s an overview of its key characteristics. FGP-RB Series pump relies on two meshing gears (usually one driving and one idler) that create suction to draw fluid in, and pressure to discharge it through the outlet. This ensures a smooth and continuous flow. Pump Model Capacity @ 1450 RPM Power REQ. Weight of Bare Pump No Load Unit Size Viscous h.p. HP/KG ASA-150 # LPM US M3/hr 200 CST 500 CST 750 CST Pres.   GPM   FGP-RB-50 S 13 3.3 0.75 0.075 0.11 0.19 0.034 8.5 1/2" x 1/2" M 16.6 4.4 1 0.1 0.15 0.25 0.045 FGPRB-100 S 30 7.92 1.8 0.16 0.28 0.4 0.088 9 1" x 1" M 37.5 9.9 2.25 0.2 0.35 0.5 0.11 FGP-RB-150 S 60 15.8 3.6 0.32 0.52 0.6 0.176 12 1 1/2" x 1 1/2" M 75 19.8 4.5 0.4 0.65 0.75 0.22 FGP-RB-200 S 100 26.4 6 0.4 0.68 0.8 0.272 22 2" x 2" M 125 33 7.5 0.5 0.85 1 0.34 FGP-RB-250 S 150 40 9 0.71 0.94 1.13 0.405 28 2 1/2" x 2 1/2" M 200 52.9 12 0.95 1.25 1.5 0.54 FGP-RB-300 S 250 66 15 0.94 1.28 1.5 0.615 40 3" x 3" M 333 88 20 1.25 1.7 2 0.82 FGP-RB-400 S 415 111 25 2.92 4.17 5 1.1 68 4" x 4" M 500 132.9 30 3.5 5 6 1.32 FGP-RB-500 S 600 158 36 4 6 7.2 1.568 110 5" x 5" M 750 197.5 45 5 7.5 9 1.96 FGP-RB-600 S 1000 2630 60 5.63 7.5 9 2.7 170 6" x 6" M 1335 351 80 7.5 10 12 3.6 Selection Chart : Operating Data : Discharge Pressure : 11 Kg/cm2 Capacity : 1500 LPM Sealing : Gland / Mechanical Seal MOC : Cast Iron/Cast Steel/SS-304/SS-316/SS-316L Connection Type : Flange ASA 150# Gear Type : Helical / Spur Part Material For Standard Material Of Available Pump Body IS.210 FG 220 C.I. Grade SS-304/SS-316/SS-316L Front Cover IS.210 FG 220 C.I. Grade SS-304/SS-316/SS-316L Back Cover IS.210 FG 220 C.I. Grade SS-304/SS-316/SS-316L Gland Cover IS.210 FG 220 C.I. Grade SS-304/SS-316/SS-316L Rotar Gear EN-19 SS-304/SS-316/SS-316L Stator Gear IS.210 FG 220 C.I. Grade SS-304/SS-316/SS-316L Shaft EN-8 SS-304/SS-316/SS-316L Wear Plate Bronze SS-316/SS-316 L Bush Teflon Teflon Coated DU SS Shaft Seal Gland/Mechanical Seal Gland/Mechanical Seal Application: For liquid having low Viscosity, Poor lubricating values or Containing dirts or impurities such as Crude oil, Dirty lube oil, HSD, Kerosene, LDO, Paints, Sugar solution, Turpentine, Varnish, Wood Pulp, Molasses, Grease Transfer,Chunna Paste Transfer ETC

Rotary Gear Pump -FGP Series Rotary Gear Pump FGP Series are Helical gear pumps are useful for pumping and transferring all viscous liquids, oils and petroleum products. FGP Series Rotary Gear pump are prepared By Graded Cast Iron , Modified Profile Single helical Gears , Hardened & Ground Shafts . Self-Lubricated Sintered Bronze Bush fitted Assembly.  Material of Construction and Part List Operating Data : Discharge Pressure : 10 Kg/cm2 Capacity : 550 LPM Sealing Option : Oil Seal/Gland/Mechanical Seal Gear Design : Single Helical/Spur Connection Type: Threaded (BSP) MOC Availability : Cast Iron/Cast Steel Size : ½” to 3” ( 12 MM TO 80 MM) Application : Chemical, Petrochemical food , Oil , Steel Refinery , Paint and ink ,Resins and adhesives, Dairy , Sugar , acid, soap, lye, black liquor, kaolin, lime, latex ,Thick sludge , Chocolate, cacao butter, fillers, sugar, vegetable fats and oils, molasses, animal food etc Part Material For Standard Material For H.T. Body IS.210 FG 220 C.I. Grade IS.210 FG 220 C.I. Grade Back Cover IS.210 FG 220 C.I. Grade IS.210 FG 220 C.I. Grade Gland Cover IS.210 FG 220 C.I. Grade IS.210 FG 220 C.I. Grade R.H. & L.H. Gear EN-8 EN-24 [H. Nitrated] Rotor/Stator Shaft EN-19 EN-19 Bearing[Bushes] Non Ferrous Sintered Bronze Non Ferrous Sintered Bronze Sealing Neoprene oil Seal / Mechanical seal "GFO" Pack Teflon / Mechanical Seal R.V. Cap Aluminium Aluminium Key for coupling EN-8 EN-8

Centrifugal Chemical Process Pump -FLP-OP Series Flow line Pumps FLP-OP Series Chemical process pump line is specifically designed to provide Highly Superior performance for low flow services of the Chemical Process Industrial Variable Applications. FLP-OP Series Chemical pumps are in various Materials of Construction with Semi Open Impellers as the construction of the pump for all Clear liquid or Slurry Type Liquid Handling in the Chemical Industries. FLP-OP Series can offer these pumps with various kinds of wear rings depending on the process liquids to serve its customers in a much better and efficient way providing them a pump which is free in maintenance Key Points about semi-open impellers: • Design: Has a back wall shroud that encloses the impeller vanes on one side, providing structural support while remaining open on the other side, allowing for fluid flow and solid passage. • Advantages: • Solid handling capability: Semi Open Impeller Can handle larger particles than a closed impeller without clogging as easily due to the open design. • Moderate efficiency: Offers better efficiency than a fully open impeller while still allowing for solid passage. • Versatility: Suitable for a wider range of fluid conditions with moderate solids content compared to a fully closed impeller. • Maintenance : Can be cleaned and inspected more easily than a fully closed impeller due to the partially open design. Operating Data: Head Range : 90 MT. Max. Pressure : 9 Bar Capacity : 250 m3/Hour Max. Pipe Line Size : 25 mm to 125 mm Sealing : PTFE Gland / Mechanical Seal Pump MOC : WCB/SS-304/SS-316/SS-316 L/Alloy20/Duplex Steel Impeller Type : Semi Open Connection Type: Flange Ended Speed Range : 2900 / 1450 RPM Features : 1. Back Pull Out Centrifugal Design 2. semi-open impellers with back vanes with anti-chocking Slurry. 3. Stuffing box options that allow for a variety of mechanical seals. 4. Design As per ANSI pump dimensions. 5. With smooth flow passages and larger eye area it helps in easy flow of slurries and solids content. Application: Distilleries (Fermentation and Evaporation Section) /Mineral Recovery Plants/ Speciality Chemicals / Pulp and Paper industry for the transfer of Black and Green Liquor. / Starch Industry / Dyes and Pigments /Chloro Alkali Plants / Pesticides and Insecticides /Fertilizers.

Polypropylene Chemical Pump for Flowline Pump The Ideal Solution for Handling Corrosive Fluids In industrial settings, pumping systems are integral to a wide range of processes, especially when it comes to transferring corrosive or aggressive chemicals. Traditional metal pumps often fail to withstand the wear and tear caused by these harsh substances. This is where polypropylene chemical pumps come into play. With their durability, reliability, and resistance to corrosion, polypropylene pumps have become the go-to choice for applications that involve transporting corrosive liquids in flowline pumping systems.