Product Description
DEAR SIR,
WE ARE MANUFACTURING CHEMICAL PROCESS PUMP.
Back Pull Out Pumps »
AXIOM CHEMICAL EQUIPMENT offers back-pull out Pumps to cater to various Chemical users which involves high amount of maintenance in their plants. Back pull out pumps design helps in dismantling the entire pump from its bearing frame leaving the casing being not dismantled from its suction and discharge piping. This leads to ease of checking to see wear and tear of pump wetted parts where the liquid is constantly flowing under pressure.
Back pull out pumps also helps in adjusting the impeller from the bearing frame side adjusting its clearance with the casing during the maintenance activity of the Pumps once the Pump is constantly run for few hours. This also helps in maintaining the pump alignment with its shaft and coupling which avoids the breakage of shaft due to the torque applied over it.
These Pumps are very useful while processing liquids with a high amount of slurry and solid handling which leads to regular wear and tear of Pump wetted parts. For example: Pumping white or black liquor in a paper mill or processing corn maize in a starch industry.
These are clear examples where back Pull out Pumps play a Major role in the maintenance activity of most of Chemical Process Solutions. Investa Pumps offers the following designs in variety of Materials in order to serve the above tough chemical services in a much better way improving the product life, reducing product life cycle, cost and reducing the Mean time Between Pump failures due to the continuous ease of maintenance at regular intervals.
As a leading manufacturer of back pull out pumps in India, Investa ensures that each and every pump that is delivered to our global customers passes thoroughly our stringent Quality Control (QC) polices.
Applications of Back pull out pumps:
• Fire Fighting equipment.
• Pumping water up to 3000 ppm
• Circulating water in Industries, plants and other manufacturing and processing units.
• Agricultural sector
• Outdoor landscaping using water sprinklers
• Pumping liquids between of 30C to 100C.
AXIOM PUMP has ventured into ANSI series Pumps which are constructed with Semi-Open Impellers.
Various Advantages of Semi-Open impellers:
• Can handle Slurries and solids content upto 30-40%.
• All the impellers have back vanes which helps in reducing the radial and Axial Thrust on the Bearings.
• With smooth flow passages and larger eye area it helps in easy flow of slurries and solids content.
• Higher efficient even with slurries.
Major Applications of Open Impellers Pumps:
• 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.
AXIOM PUMPS manufactures Open Impeller Pumps out of very specialized Lost Wax Process for having minimum rejections with castings, having better impeller profiles in the castings resulting in optimum flow and efficiencies and delivering pumps at a speedy rate.
Slurry Handling Pumps »
Investa Pumps manufactures Slurry handling Pumps for handling various slurries of Chemical Industries up to 35 to 40%.
These can be achieved various range of pumps which Investa Manufactures and with a certain amount of Construction features. The most important features these pump have to pump any amount of slurries are the following:-
• No seal water required.
• Can pump upto 50 to 60% slurry and solid handling without much leakages which is there in normal gland pack pumps.
• Due to less leakage the product loss is much lesser as compared to normal gland packed pumps.
• It comes with a very specialised Non-Asbestos Gland Packing.
• No maintainance reqd as no slurry mechanical seals are used.
• Can be operated on 1440 as well as 2900 rpm.
• Rotating parts can be provided in CD4MCu material for your kind of abrasive slurry.
• Here the vaccum is created between the impeller and the expeller which holds the liquid and doesn't allowthe liquid to come towards the gland and throws the slurry back into the discharge line.
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