Fluid Mechanics Products Manufacturer, Suppliers and Exporter in India

Educational Instrument is leading Fluid Mechanics Products Manufacturer,and supplier and Exporter in India, Algeria (Algiers), Angola (Luanda), Argentina (Buenos Aires), Armenia (Yerevan), Australia(Canberra), Austria (Vienna), Bahrain (Manama), Bangladesh (Dhaka), Bhutan (Thimphu), Bolivia (Sucre), Botswana (Gaborone), Brazil (Brasília), Brunei (Bandar Seri Begawan), Montenegro (Podgorica), Morocco (Rabat), Mozambique (Maputo), Myanmar (Naypyidaw), Namibia (Windhoek), Nepal (Kathmandu), New Zealand (Wellington), Nigeria (Abuja), Oman (Muscat), Palestine (Ramallah), Panama (Panama City), Papua New Guinea (Port Moresby), Paraguay (Asunción), Peru (Lima), Philippines (Manila)¸ Portugal (Lisbon), Qatar (Doha), Rwanda (Kigali), Saudi Arabia (Riyadh), Senegal (Dakar), Serbia (Belgrade), Sierra Leone (Freetown), Slovakia (Bratislava), South Africa (Cape Town) (Pretoria) (Bloemfontein), South Sudan (Juba), Spain (Madrid), Sri Lanka (Sri Jayawardenepura Kotte) (Colombo), Sudan (Khartoum), Syria (Damascus), Tanzania (Dodoma), Thailand (Bangkok), Togo (Lomé), Tonga (Nuku'alofa), Trinidad and Tobago (Port of Spain), Tunisia (Tunis), Turkey (Ankara), Turkmenistan (Ashgabat), Uganda (Kampala), United Arab Emirates (Abu Dhabi), United Kingdom (London), United States (Washington, D.C.)

Fluid mechanics products are laboratory apparatus, trainers, pumps, turbines and measuring systems used to study fluid flow, hydraulics, pressure, viscosity, pipe losses, hydrostatics and related engineering principles. This category is intended for schools, universities, TVET institutions, research laboratories and industry requiring practical equipment for demonstrations, experiments, measurement and engineering training.

Educational Instruments is a Manufacturer & Exporter of fluid mechanics products. The published range includes pressure displays, positive-displacement pumps, centrifugal pumps, dynamometers, turbines, flow-measurement apparatus, Venturi meters, Pitot tubes, viscosity apparatus, hydraulic benches, pipe-flow systems, water-hammer apparatus, flumes, hydrology equipment and other experimental systems. Buyers should select equipment according to the experiment objective, required fluid property or flow phenomenon, pump or turbine type, pressure or flow measurement requirement, supporting equipment and product-specific technical specification. Where ranges, capacities, dimensions, accuracies or operating requirements are not published, specifications are available on request.

How do you choose fluid mechanics products for an engineering laboratory?

Choose fluid mechanics products by first identifying the exact experiment or engineering principle, then matching it to the appropriate pump, turbine, flow meter, pressure instrument, pipe-flow apparatus, hydraulic bench or specialist experimental system. Required measurements, supporting equipment and installation conditions should also be confirmed before procurement.

The published category covers experiments involving flow rate, pressure, velocity, viscosity, pump characteristics, turbines, pipe friction, cavitation, water hammer, sedimentation, hydrostatics, open-channel flow, hydrology and other fluid-mechanics topics. Some products require or refer to supporting systems such as a Universal Dynamometer or Hydraulic Bench. Buyers should therefore review system compatibility together with ranges, capacities, dimensions and utilities before requesting a quotation.

What types of fluid mechanics laboratory equipment are available?

The published Fluid Mechanics Products category includes 56 individual products covering pumps, dynamometers, turbines, pressure measurement, flow measurement, pipe systems, hydrostatics, open-channel hydraulics, hydrology, sedimentation, compressors, fans and specialist fluid-mechanics experiments.

Major equipment groups include:

• Positive-displacement, centrifugal, axial-flow and series/parallel pump systems
• Francis, propeller and Pelton turbines
• Pressure displays, pressure-measurement devices and gauge-calibration apparatus
• Venturi meters, Pitot tubes and flow-meter calibration systems
• Pipe-friction, pipe-loss, cavitation, surge and water-hammer apparatus
• Hydraulic benches, flumes, notches, weirs and orifice-flow equipment
• Viscosity, particle-drag, Reynolds-number and vortex apparatus
• Hydrology, sedimentation, permeability and metacentric-stability systems
• Dynamometers, compressors, fans and lift-and-drag modules

Exact product selection should follow the intended experiment and any required supporting equipment.

Which pumps and pump modules are available?

The category includes vane, gear, piston, axial-flow and centrifugal pump systems, along with positive-displacement pump modules and test sets for pumps operating alone, in series or in parallel. Buyers should distinguish between individual pumps, complete modules and self-contained experimental test sets.

The Vane Pump and Gear Pump are both identified as positive-displacement pumps. The Piston Pump uses self-sealing connections intended to reduce oil spillage and simplify installation to the pump module. The Axial Flow Pump Module is stated for use with, and driven by, the Universal Dynamometer. The range also includes a Centrifugal Pump Module, Two Stage Series and Para Pumps, Series and Parallel Pumps, and a Variable Speed Series and Parallel Pumps test set.

Which equipment is available for centrifugal-pump experiments?

The category includes a Centrifugal Pump Module and several systems for studying centrifugal pumps individually, in series or in parallel. These products should be selected according to whether the requirement concerns a single pump, two identical pumps, variable-speed operation or a mobile self-contained test set.

The Two Stage Series and Para Pumps apparatus is described as compact, mobile and fully self-contained and allows students to determine characteristics of centrifugal pumps operating alone, in series or in parallel. The Series and Parallel Pumps apparatus uses two identical centrifugal pumps with separate bearing-mounted motors. The Variable Speed Series and Parallel Pumps product is a compact, bench-top, fully self-contained test set for studying pump characteristics under different arrangements.

Which turbines are listed for fluid mechanics experiments?

The published range includes Francis turbines, a Propeller Turbine and Pelton turbines. The category identifies the Francis Turbine as a reaction turbine and the Pelton Wheel as an impulse turbine with tangential flow.

The Propeller Turbine is described with adjustable guide vanes that control water flow. A second Pelton Turbine listing includes a transparent front panel so students can observe the turbine working. The category also contains a Turbine Dynamometer intended for tests on optional turbines and designed to fit on the Centrifugal Pump Module near the outlet end of the centrifugal pump.

What pressure-measurement equipment is available?

The category includes an Analogue Pressure Display, a 32-way Pressure Measurement and Display Unit, Pressure Measuring Devices and Calibration of a Pressure Gauge apparatus. These products address different pressure-display, multi-channel measurement and calibration requirements.

The Analogue Pressure Display is described with gauges that connect quickly and conveniently to pressure outlets. The Pressure Measuring Devices product identifies manometers and Bourdon gauges as fundamental pressure-measuring devices. The category also lists a dedicated 32-way pressure measurement and display unit. Exact ranges, resolution, accuracy and channel specifications should be requested where not published.

Which equipment is available for flow-rate and velocity measurement?

The category includes a Venturi Meter, Pitot Tube, Flow Meter Calibration apparatus, Flow Measurement Methods apparatus and several experiments involving orifice flow, nozzles and notches. These products support different methods of studying flow, pressure and velocity-related phenomena.

The Venturi Meter includes a horizontal Venturi tube, downstream flow-control valve and manometer tubes. The Pitot Tube includes a second tapping in the pipe wall for static-pressure measurement. The Flow Measurement Methods apparatus is stated for use with a Hydraulic Bench, identified as H1F and available separately. Model-specific flow ranges and measurement accuracy should be confirmed before procurement.

Which apparatus can be used to study viscosity and particle drag?

The Viscosity and Particle Drag Apparatus, product code EL-FMP-11290, is described as a simple falling-sphere viscometer. It is the directly identified product in the category for viscosity and particle-drag studies.

The category page does not publish tube dimensions, sphere specifications, fluid requirements, measuring range or other quantitative data for this apparatus. Buyers requiring these parameters for a laboratory specification or tender should request product-specific technical documentation.

Which apparatus can demonstrate Reynolds number and flow regimes?

The category includes a Friction Loss in a Horizontal Pipe apparatus and an Osborne Reynolds Apparatus for experiments involving flow behaviour and transition. The friction-loss apparatus is specifically described as allowing study of resistance-law changes from laminar to turbulent flow and determination of the critical Reynolds number.

The Osborne Reynolds Apparatus consists of a precision-bore glass pipe held vertically inside a large shroud. Exact dimensions, flow ranges and associated accessories are not stated on the category page and should be confirmed from product-specific specifications.

Which equipment is available for pipe friction and energy-loss experiments?

The range includes Friction Loss in a Horizontal Pipe, Fluid Friction Apparatus, Pipework Energy Losses and Losses in Piping Systems. These products address different aspects of resistance, friction and energy loss in pipes and piping networks.

The Fluid Friction Apparatus has three water circuits containing instruments, pipes and pipe-system components. The Pipework Energy Losses system is a compact bench-top apparatus using smooth, industry-standard plastic pipe commonly used in domestic and other small-bore water systems. The Losses in Piping Systems apparatus uses a vertical panel with two separate hydraulic circuits that are color-coded for clarity.

Which apparatus can be used to study cavitation?

The Cavitation in a Venturi Unit, product code EL-FMP-11294, allows students to create clearly visible cavitation in a Venturi with a transparent window and take measurements of flow and pressure.

This product should be distinguished from the standard Venturi Meter, which is listed separately. Quantitative flow range, pressure range, dimensions and utility requirements are not published at category level and should be obtained from the exact product specification.

Which products are available for water-hammer and pipe-surge experiments?

The category includes both a Water Hammer Apparatus and Pipe Surge and Water Hammer apparatus. These products should be selected according to whether the experimental requirement concerns water-hammer behaviour, surge investigations or both.

The Water Hammer Apparatus is described with an inlet that connects to a water supply and a discharge end fitted with a solenoid valve. For surge investigations using the Pipe Surge and Water Hammer apparatus, students adjust valves to create steady flow from the header tank through the surge pipe. Additional dimensions and operating ranges should be requested where required.

Which apparatus is available for impact-of-jet experiments?

The Impact Jet Apparatus, product code EL-FMP-11283, demonstrates the force produced by a jet of water when it strikes a flat plate or hemispherical cup.

The category page does not publish the flow range, target dimensions, force-measurement range or overall apparatus dimensions. Buyers should request these parameters when matching the product against an institutional laboratory specification.

What equipment is available for notches, weirs and orifice-flow experiments?

The published range includes Discharge Over A Notch, Notch Weir Set, Flow Through An Orifice and Jet Trajectory and Orifice Flow apparatus. These products support different experiments concerning free surfaces, flow discharge, head and jet behaviour.

The Discharge Over A Notch apparatus uses an adjustable depth gauge mounted on a beam across the channel to measure the free water surface. The Notch Weir Set operates across a range of flows to support experiments on flow relationships. In the Flow Through An Orifice apparatus, manometers measure total head on the orifice and under the jet.

Which flume and open-channel products are listed?

The category includes a 2.5 m Long Flume Complete with Models, a Sediment Loop, a Notch Weir Set, and additional apparatus related to open-channel and free-surface experiments.

The Sediment Loop consists of a filter vessel fitted to the outlet tank of a series flow channel. Complete specifications for the 2.5 m flume, including channel dimensions, supplied models and flow conditions, are not stated on the category page and should be requested where required.

Which equipment supports hydrology, permeability and sedimentation studies?

The published range includes Hydrology and Rainfall Apparatus, Permeability Flow Nets and Darcys Law, Liquid Sedimentation Apparatus and Sediment Loop. These products cover separate experimental areas and should be selected according to the required hydrological, permeability or sedimentation study.

The Hydrology and Rainfall Apparatus includes a jacking mechanism that adjusts the angle of the catchment area. The Liquid Sedimentation Apparatus is described as a bench-mounted system with five long, transparent sedimentation columns on a rigid frame. Exact dimensions, ranges and accessories should be confirmed from the relevant product documentation.

Which apparatus is available for hydrostatics and fluid-property studies?

The category includes Hydrostatics and Prop of Fluids, Centre of Pressure, Metacentric Height and Stability, Vortex Apparatus, and Half-Circle and Vee Chine Pontoons. These products address different hydrostatic, stability and rotating-fluid experiments.

The Centre of Pressure apparatus uses a vertical panel holding a clear plastic quadrant to which students add water. The Metacentric Height and Stability apparatus includes a clinometer pointer at the top of the sail that can rotate freely. The Vortex Apparatus uses a low-voltage variable-speed motor to rotate its vessel about the vertical axis.

Which compressors, fans and related modules are listed?

The category includes a Reciprocating Compressor Module, Centrifugal Fan Module, Axial Fan Module and Lift and Drag Module. These products extend the range beyond liquid-flow apparatus to compressed-air, fan-performance and force-measurement applications within the published fluid-mechanics catalogue.

The Centrifugal Fan Module uses the Universal Dynamometer to measure speed, torque and power absorbed by the fan. The Lift and Drag Module includes a balance assembly formed as an articulated parallelogram linked to a load cell. Detailed operating ranges and dimensions should be requested for technical comparison.

What is the Universal Dynamometer used for?

The Universal Dynamometer, product code EL-FMP-11278, is described as an induction motor mounted on trunnions so that it can move freely against a strain-gauge load cell.

The category also states that the Axial Flow Pump Module is used with and driven by the Universal Dynamometer, while the Centrifugal Fan Module uses it to measure speed, torque and absorbed power. Exact motor rating, speed range, torque range and compatibility requirements should be confirmed from product-specific documentation.

What is the Digital Hydraulic Bench?

The Digital Hydraulic Bench, product code EL-FMP-11320, is described with a body that forms a reservoir or sump tank containing a submersible pump.

The category also states that the separate Flow Measurement Methods apparatus is for use with a Hydraulic Bench identified as H1F and available separately. Buyers should confirm compatibility between a required experiment and the applicable hydraulic bench rather than assume that all fluid-mechanics apparatus operate with the same bench.

What should institutional buyers check before requesting a fluid mechanics quotation?

Institutional buyers should identify the exact experiment, product name or code, required measurements, operating range, supporting equipment, utilities, capacity, dimensions and quantity before requesting a quotation. Any technical parameters not published on the category page should be requested rather than inferred.

For a formal quotation, the supplied FAQ asks buyers to provide the product list or category, quantity, institution name and billing address. The same FAQ states that international supply is available and that assistance is provided with logistics, customs forms and packaging requirements.

Which international markets does Educational Instruments serve?

Educational Instruments states that its distributor and dealer network extends across 82+ countries. Its FAQ separately identifies exports of educational laboratory equipment to schools and institutions in Africa, Southeast Asia and the Middle East.

The Fluid Mechanics Products page also lists numerous international markets. Export buyers should provide the exact product name or catalogue code, quantity and technical specification when requesting a quotation.

What manufacturer-stated certifications and standards are listed?

The Educational Instruments based in Mumbai have fluid mechanics product having standard and Quality Control Certifications of ISO 9001, ISO 13485, ISO/IEC 17025, National Accreditation Board for Testing and Calibration Laboratories (NABL), CE marking, UL Listing, ETL Listing, CSA Group, RoHS, REACH, ASTM standards, Good Laboratory Practice (GLP), Good Manufacturing Practice (GMP) and FDA 21 CFR Part 820.

What types of fluid mechanics products can buyers compare?

The table summarizes only product types and characteristics published on the supplied Fluid Mechanics Products page.

What selection criteria should buyers check?

These criteria are based only on the published product descriptions and quotation information in the supplied pages.

Which exact Fluid Mechanics Products are listed?

The exact product names, catalogue codes and stated characteristics above are based on the supplied Fluid Mechanics Products category page.

Related product, company and procurement links

• View all products
• Laboratory tenders and OEM enquiries
• About Educational Instruments
• Frequently asked questions
• Contact Educational Instruments
• Educational Instruments home page

Frequently Asked Questions

What are fluid mechanics products used for?

Fluid mechanics products are used for experiments, demonstrations and studies involving fluid flow, hydraulics, pressure, velocity, viscosity, pumps, turbines, pipe friction, cavitation, water hammer, hydrostatics and related engineering principles. The published category contains apparatus for schools, colleges and research facilities and lists 56 individual products.

Which types of pumps are available?

The category includes vane, gear, piston, axial-flow and centrifugal pump products, together with positive-displacement modules and systems for studying centrifugal pumps alone, in series or in parallel. Variable-speed and self-contained test-set configurations are also listed.

Which turbines are included in the range?

The category lists Francis turbines, a Propeller Turbine and Pelton turbines. One Francis Turbine is expressly identified as a reaction turbine, while the Pelton Wheel is described as an impulse turbine with tangential flow.

Is equipment available for studying pipe friction and energy losses?

Yes. The category includes Friction Loss in a Horizontal Pipe, Fluid Friction Apparatus, Pipework Energy Losses and Losses in Piping Systems. These products support different experiments involving friction, resistance and energy loss in pipes or piping networks.

Is a Venturi meter available?

Yes. The Venturi Meter, product code EL-FMP-11286, includes a horizontal Venturi tube, downstream flow-control valve and manometer tubes. A separate Cavitation in a Venturi Unit is also listed for visibly creating cavitation and taking flow and pressure measurements.

Which apparatus can be used to study Reynolds number?

The Friction Loss in a Horizontal Pipe apparatus supports study of resistance changes from laminar to turbulent flow and determination of the critical Reynolds number. The category also includes a separate Osborne Reynolds Apparatus with a precision-bore glass pipe held vertically in a large shroud.

Does Educational Instruments state certifications or standards?

The Educational Instruments based in Mumbai have fluid mechanics product having standard and Quality Control Certifications of ISO 9001, ISO 13485, ISO/IEC 17025, NABL, CE marking, UL Listing, ETL Listing, CSA Group, RoHS, REACH, ASTM standards, GLP, GMP and FDA 21 CFR Part 820 in connection with company equipment and production processes. Product-specific applicability is not established for every Fluid Mechanics Product.

How can an institution request a formal quotation?

An institution can request a formal quotation by providing the product list or category, quantity, institution name and billing address. For Fluid Mechanics Products, buyers should also state catalogue codes and mandatory ranges, capacities, dimensions, utilities or supporting-equipment requirements not published on the category page.

Request a Quote for Fluid Mechanics Products

For pumps, turbines, flow meters, pressure systems, hydraulic benches, pipe-flow apparatus, water-hammer equipment, hydrology systems or other published fluid-mechanics products, submit the required product names or catalogue codes, quantities and technical specifications.

Request a Quote for school, university, TVET, research, industrial or international procurement.

Request Catalogue for available Fluid Mechanics Products and related Engineering Lab equipment.

Contact Educational Instruments