CENTRIFUGAL PUMPS

• Capacity up to 750 m3/hr
• Head up to 160 meters.
• Maximum temperature of 300°C.
• Operating frequency of 50Hz & 60Hz.
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256.
• Option of closed, semi-open and open impeller available.
• Gland packing with internal/external flushing arrangements.
• Single Mechanical seal arrangements, double seal in tandem as well as back-to-back arrangement, Cartridge type mechanical seal, etc.
• Jacketed Volute casing and bearing bracket available.

• Available in CI, SGI, Bronze, CS, CF8, CF8M, CF3, CF3M, A-20, R55,H-B, H-C, CZ100, CA6NM, CD4MCu and other special alloys.

• All chemical plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, all industries requiring chemical transfer.

• Capacity up to 50 m3/hr
• Head up to 55 meters
• Maximum temperature up to 200°C
• Operating frequency of 50Hz & 60Hz
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256
• Option of Closed, semi open and open impeller available.
• Gland packing with internal/external flushing arrangements.
• Single Mechanical seal arrangements, double seal in tandem as well as back to back arrangement, Cartridge type mechanical seal, etc..

• Available in CF8, CF8M, Cf3, CF3M, A-20, R-55, H-B, H-C, CZ100, CA6NM, CD4MCu and other special Alloys.

• All chemical plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, all industries requiring hazardous chemical transfer.

• Standard Centrifugal chemical process pumps with magnetic coupling design
• Separation of liquid containing areas and atmosphere by means of a Containment Shell
• Standard product lubricated Silicon Carbide (SSiC) bearing design with optional custom material Dry-run protection bearings available
• Capacity up to 300 m3/hour
• Head up to 150 meters
• Temperature range from -50°C to 250°C. Higher temperature applications details provided on request
• Operating frequency of 50Hz & 60Hz.
• Manufactured as per ISO 2858
• Option of closed, semi-open and open impeller available
• Standard bearing support design with optional closed couple design available
• Jacketed Volute casing & Containment shell bracket available

• Available in CI, SGI, Bronze, CS, CF8, CF8M, CF3, CF3M, A-20, R55,H-B, H-C, CZ100, CA6NM, CD4MCu and other special alloys.

• All chemical plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, all industries requiring chemical transfer.

• Capacity up to 300 m3/hour
• Head up to 90 meters.
• Operating temperature up to 350°C.
• Operating frequency of 50Hz & 60Hz.
• No jacket cooling required.
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256.
• Comes with a high temperature mechanical seal.

• ASTM A216 Gr. WCB / SS304 (CF8) / SS316 (CF8M)/ SG Iron

Boilers & Heat exchanger manufacturers, Petroleum industry, any application requiring High temperature oil transfer.

• Thermic fluid heaters.
• Hot oil circulation

• Capacity up to 500 m3/hr.
• Head up to 150 meters.
• Operating temperature up to 425°C.
• Operating frequency of 50Hz & 60Hz.
• Integral jacketed stuffing box and bearing bracket is our standard feature.
• Center line mounted with jacketed pedestals.
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256.
• Available with Metal bellow Mechanical seal, Regular Mechanical seal & Graphoil packing.

• ASTM A216 Gr. WCB / SS304 (CF8) / SS316 (CF8M)/ SG Iron

Boilers & Heat exchanger manufacturers, Petroleum industry, any application requiring High temperature oil transfer.

• Thermic fluid heaters.
• Hot oil circulation

• Capacity up to 300 m3/Hr
• Head up to 70 meters
• Operating temperature from 0oC to 60oC
• Operating frequency of 50Hz & 60Hz
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256
• Option of Closed, semi open and open impeller available.
• Gland packing with internal/external flushing arrangements.
• Single Mechanical seal arrangements, double seal in tandem as well as back to back.

• Available in CF8, CF8M, Cf3, CF3M, A-20, R-55, H-B, H-C, CZ100, CA6NM, CD4MCu and other special Alloys.

• For lifting fluids from negative suction, pumping fluids with slurries, solid particles etc. like in sugar plants, pulp & paper industry, Pharmaceutical & solvent plants, etc.

• Capacity up to 750 m3/Hr
• Head up to 90 meters
• Maximum temperature up to 300oC
• Operating frequency of 50Hz & 60Hz
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256.
• Maximum submergence length of up to 8 meters
• Intermediate bearing bush at every 1.0 meter shaft length.
• Glass/Bronze/Carbon filed Teflon bush can be provided.
• Silicone Carbide bush/Special slurry application bush can be provided for slurry application.
• Internal/External flushing provided.
• Mechanical seal arrangement can be provided if required.
• Completely steam jacketed pump for molten Sulphur application (140oC - 150oC)
• Vapor proof Construction of pump also available.
• Rubber lining option available

• Available in CF8, CF8M, Cf3, CF3M, A-20, R-55, H-B, H-C, CZ100, CA6NM, CD4MCu and other special Alloys.

• All chemical plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, Forging plants, All applications that require fluid transfers from negative suction.

• Capacity up to 750 m3/Hr
• Head up to 60 meters
• Maximum pump length of 1.5 meters.
• Heavy duty single shaft with 2 heavy duty bearings.
• No intermediate bush or sleeve.

• Available in CF8, CF8M, Cf3, CF3M, A-20, R-55, H-B, H-C, CZ100, CA6NM, CD4MCu and other special Alloys.

• For pumping highly abrasive and/or erosive slurries where conventional ACCV vertical submerged pumps cannot operate like in Steel plants, Power plants, Metallurgical process plants, Cement plants, etc.

• Capacity up to 750 m
• Head up to 90 meters
• Maximum temperature up to 200
• Operating frequency of 50Hz & 60Hz
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256
• Maximum stem length of 8.0 meters
• Intermediate bearing bush at every 1.0 meter shaft length
• Steam jacketed construction of entire submerged assembly to prevent solidification of the molten sulfur
• Mechanical seal arrangement can be provided if required

• M.O.C. Not Available.

• Sulfuric Acid manufacturing, Fertilizers & Fungicides manufacturing, Petroleum refining, Rubber & detergents manufacturing

• Molten Salts have been used as medium of heat transfer since many years in the Chemical, Metal refining, Glass, Nuclear and Solar Energy sectors. Molten Salts are usually a eutectic mixture of sodium, potassium, lithium or chloride based salts. A eutectic mixture is a mixture of two or more components which usually do not interact to form a new chemical compound but, which at certain ratios, form a system having a lower melting point than that of either of the components.
• The range of application of Molten Salts in heat transfer technology ranges from 200°C up to 850°C depending up on the constituents of the eutectic mixture. For applications requiring a heat transfer fluid temperature above 350°C Molten Salt is the preferred medium. Water has been found to be uneconomical above 200°C due to high pressure while organic and synthetic oils start degrading above 350°C. These organic or synthetic oils also pose the problem of carbon formation and high vapor pressure, both of which are absent in the case of Molten Salts.

• Provided on request.

• Galvanizing plants, Zinc & Lead smelting plants, Ingots manufacturers, Solar power plants, Nuclear Power plants, etc.

• Safe transfer of Molten Zinc from furnace to furnace or furnace to ladle
• Safe emergency pump-out of Molten Zinc from the furnace or kettle
• Designed for maximum gravity-draining to avoid any major solidification of molten zinc within the assembly
• Easy and quick maintenance procedure to reduce cost
• Specially engineered line bearing materials for optimum shaft alignment and longer operational life
• Double bearing design for greater shaft stability
• Temperature range up to 550°C
• Capacity up to 250 tons/h (higher capacity will be quoted on request)
• Immersion up to 3.5 meters kettle depth
• Molten Zinc Transfer Pumps are used in Hot Dip Galvanizing plants, Continuous Galvanizing & coating lines, Die casting machines, scrap recycling lines, Ingot casting lines, etc.

• Specially developed and proven metallurgy to withstand continuous exposure to high temperature, wear and corrosion
• Provides forced convectional heat transfer in the Molten Zinc furnace to achieve temperature uniformity
• Provides mass circulation for alloy metallurgical homogenization and better metal quality
• Increases the melt rate resulting in improved furnace efficiency and productivity
• Reduced dross accumulation
• Maintains clean Molten Zinc in the Snout area of continuous galvanizing (push-pull system) lines to achieve
• higher quality defect free coating
• Provides far longer life as compared to conventional graphite pumps or imported metallic pumps
• whencontinuouslyimmersion in Molten Zinc for extended durations
• Dual heavy duty bearing design for higher stability and operational life
• Replaceable lower assembly design to allow for faster and cheaper maintenance of the pumps
• Axial flow Propeller type Molten zinc Snout pumps for Continuous Galvanizing Lines (CGL) are also available on request
• Temperature range up to 550°C
• Capacity up to 250 tons/h (higher capacity will be quoted on request)
• Pump immersion length up to 1 meter
• Molten Zinc Pumps are used in Continuous Galvanizing & coating lines, Die casting machines, scrap recycling lines, Zinc smelting & Ingot casting lines, etc.

• Molten Zinc Push-Pull arrangement systems for CGLs to achieve reduced dross in the snout area and higher quality defect free Galvanized coating are also available. These systems are custom designed and manufactured as per the requirement of the end user. This system can be attached as an add-on to your existing Galvanizing snout. Details will be provided on request.

• Carefully selected metallurgy suitable for Molten Lead intermittent application
• Designed for maximum gravity-draining to avoid solidification of molten Lead within the assembly
• Easy and quick maintenance procedure to reduce cost
• Specially engineered line bearing materials for optimum shaft alignment and longer operational life
• Double bearing design for greater shaft stability
• Temperature range up to 600°C
• Capacity up to 250 tons/h (higher capacity will be quoted on request)
• Immersion up to 3.5 meters kettle depth
• Molten Lead Pumps are used for safe transfer of molten Lead from furnace to furnace or furnace to ladle as well as safe emergency pump-out of molten Lead from the furnace/kettle

• Specially developed and proven metallurgy to withstand continuous exposure to high temperature, wear and corrosion
• Provides forced convectional heat transfer in the furnace for temperature homogeneity
• Provides mass circulation for alloy metallurgical homogenization for better metal quality
• Increases the melt rate resulting in improved furnace efficiency and productivity
• Dual heavy duty bearing design for higher stability and operational life
• Jacketed bearing cooling arrangement for longer bearing life
• Temperature range up to 700°C
• Capacity up to 250 tons/h (higher capacity will be quoted on request)
• Pump immersion length up to 1 meter
• Molten Lead Pumps are used for heat treatment process in Wire & Strip manufacturing
• Molten Lead Pumps are used in Lead Ingot pouring lines and Lead Recycling plants
• Molten Lead Pumps are used for carrying out material and component experiments in Nuclear Industry

Lab scale and Pilot scale Molten Lead Loops for carrying out Nuclear Industry related experiments are also available. Details will be provided on request.

• Capacity up to 300 m3/Hr
• Continuous circulation of Molten Aluminum in the furnace to achieve uniform melting and optimized furnace operation
• Emergency pump-outs
• Pre-planned Furnace maintenance
• Transfer of Molten Aluminum from furnace to ladle or ladle to ladle Ingot pouring lines

• Capacity upto 50 m3/hr.
• Head upto 45 meters.
• Can operate under temperatures upto 60°C.
• Designed to avoid contact between liquid and any metallic part.
• Operating frequency of 50Hz & 60Hz.
• Single/double mechanical seal arrangements available.

• Polypropylene (PP)

• AFor all corrosive liquids where metallic pumps cannot be used like Dyes & intermediates manufacturers, acid manufacturers, Galvanizing plants, etc.

• Capacity up to 100 m
• Head up to 50 meters
• Maximum temperature up to 120
• Operating frequency of 50Hz & 60Hz
• Manufactured following the general guidelines of ISO 2858, ISO 5199 & DIN 24256
• Maximum submergence length of up to 4 meters
• Intermediate bearing bush at every 1.0 meter shaft length
• Glass/Bronze/Carbon filed Teflon bush can be provided
• Silicone Carbide bush/Special slurry application bush can be provided for slurry application
• Internal/External flushing provided
• Mechanical seal arrangement can be provided if required

• PP, PVDF, PTFE, Ceramic, etc.

• All chemicals & acid manufacturing plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, etc. All applications that requires the transfer of aggressive and corrosive fluids from negative suction

• Capacity up to 90 m3/Hr
• Total Head up to 450 meters
• Maximum Pressure up to 50 bars
• Maximum temperature 175oC
• Operating frequency of 50Hz & 60Hz
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256
• Gland packed pumps available.
• Arrangement for regular/balance mechanical seal on both, Suction & discharge sides available.

• Available in CF8, CF8M, Cf3, CF3M, A-20, R-55, H-B, H-C, CZ100, CA6NM, CD4MCu and other special Alloys.

• Steam Boilers, High pressure fluid transfers, LPG bottling plants, etc.

• Capacity upto 12 m3/hour
• Head upto 200 meters
• Maximum pressure upto 26 bars
• Maximum temperature upto 105° C
• Operating frequency of 50Hz & 60Hz.
• Self-priming upto 6 meters negative suction.
• Available with gland packing and mechanical seal arrangement both.

• CI, Bronze, WCB/CS, CF8, CF8M, CF3, CF3M and higher alloy steels.

• For pumping flammable fluids like solvent, LPG, etc. from negative suction.

• Capacity up to 750 m
• Head up to 160 meters.
• Maximum temperature of 120°C.
• Operating frequency of 50Hz & 60Hz.
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256.
• Axially aligned suction and discharge flanges for installation in pipelines and confined spaces
• Option of closed, semi-open and open impeller available.
• Gland packing with internal/external flushing arrangements.
• Single Mechanical seal arrangements, double seal in tandem as well as back-to-back arrangement, Cartridge type mechanical seal, etc.
• Jacketed Volute casing and stuffing box options available.

• Available in CI, SGI, Bronze, CS, CF8, CF8M, CF3, CF3M, A-20, R55,H-B, H-C, CZ100, CA6NM, CD4MCu and other special alloys.

• All chemical plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, all industries requiring chemical transfer.

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• Capacity up to 750 m3/hr
• Head up to 160 meters.
• Maximum temperature of 300°C.
• Operating frequency of 50Hz & 60Hz.
• Manufactured as per ISO 2858, ISO 5199 & DIN 24256.
• Complete Rubber lining of all wetted parts to avoid any contact of liquid with metallic parts
• Gland packing with internal/external flushing arrangements
• Single Mechanical seal arrangements, double seal in tandem as well as back-to-back arrangement, Cartridge type mechanical seal, etc.

• CI with Rubber lining, CS with Rubber lining, SS304/316 with Rubber lining

• All chemical plants, Steel & Power plants, petrochemical industry, Pharmaceutical & Solvent industry, Nuclear power plants, Pulp & paper plants, Sugar mills, all industries requiring chemical transfer.

• Technical Details Not Available.

• M.O.C. Not Available.

• Application Not Available.