With the help of experienced professionals, we are able to develop and design a wide gamut of Fluid Mechanics Lab Equipment. These apparatus are manufactured using supreme grade raw material which are sourced from reliable and trusted vendors of the market. Our range includes Flow Over Weirs Apparatus, Pipe Friction Apparatus and many more. All the tool and equipment offered by us are widely demanded by our valuable customers for its high efficiency and high tensile strength. Clients can avail these products from us with or without customization.
Having capacities of compare friction factor for different types of pipes at pressure tapings of 1m apart and Reynolds’s number of the flowing fluid for different diameters.
Consisting of 1hp pump, Transparent Acrylic manometer and piezometer, sump tank and delivery tank, pressure tappings and controlling valves.
To calibrate and determine the co-efficient of discharge of weirs of different shapes for different flow rates.
Consisting of Broad crest, sharp crest and ogee weirs, transparent acrylic Piezometer, 1 hp pump, sump tank, delivery tank and notch tank, hook gauge and controlling valves.
To determine and compare pressure drop across various fittings and to find velocity head at various fittings.
Consisting of Sudden contraction and Expansion, Collar, Union, 90° elbow & bend, 45° elbow & bend, Non-return Valve, Wheel Valve, Gate Valve. (All of 1 inch size), 1 hp pump, Transparent acrylic manometer and Piezometer, Sump tank and delivery tank, pressure tapping valves and controlling valves.
To determine and calibrate the co-efficient of discharge of notches of different shapes for different flow rates.
Consisting of Rectangular V-Notch plate, 1hp pump, transparent acrylic Piezometer, Sump tank, delivery tank and notch tank, hook gauge, controlling valves.
To calibrate and determine the co-efficient of discharge for orifices of different diameters.
Consisting of Straight, convergent, divergent mouthpieces, transparent acrylic Piezometer, 0.5hp pump, sump tank, delivery tank and feed tank, hook gauge and controlling valves.
To carve a special niche for ourselves in the market, we are involved in manufacturing, supplying and exporting a commendable range of Free Wall Jet Experiment Apparatus. Our firm is backed by diligent professionals who enabled us to design the offered product as per the clients' requirements. Our product is widely demanded for conducting different kinds of experiments. Moreover, our clients can get the offered product at reasonable price range with assurance of quality as per the international standards.
Easy to use
Prolonged service life
To determine the impact co-efficient of jet on vane for different types of stationary vanes for different flow rates and to determine the impact co-efficient of jet on vane for different types of jets for different flow rates.
Consisting of Nozzles, 0.5hp pump, transparent acrylic flat, hemispherical and inclined shapes, transparent acrylic jet chamber, sump tank, rota meter and controlling valves.
Consisting of turbine meter, 0.25hp pump, transparent acrylic Piezometer, sump tank, delivery tank, controlling valves.
1) Suppressed weir – Different type of nappes like ®free/depressed/ Adhering /clinging
2) Broad crested weir (a) sharp corner, round corner at upstream end
3) Hydraulic jump demo with toe blocks & sills
4) Rectangular and V - notches
The Tilting flume is intended to investigate the hydraulics of flow over weir, notches, flumes and standard angle sections fitted with Perspex sheets for visual studies and is mounted on frames which can be adjusted for a precise slope using screwing mechanism (Hand operated).
Free vortex by using a transparent vessel having orifice at the bottom and constant head water supply and depth gauge. This can be measured by depth gauge. But this is only visual demonstration by using light. Measurement is difficult as the flow motion cannot be controlled.
Consisting of Acrylic cylinder, orifice set, Piezometer, focusing light, pipes, valve, sump, measuring jar and stop clock, motor, pulley etc.