Our Products
Mechanics Instruments Science Labs&Hoverlabs is Manufacturer, Exporter Supplier ofMechanics Instruments Description Set of Masses, Brass Slotted Masses Iron Mass Hangers Iron Masses, Iron, Metric Masses Hooked Cylindrical Force Table Parallelogram of Forces Apparatus Single Plastic Single Metal Double Parallel Plastic Double Parallel Metal Triple Parallel Plastic Triple Parallel Metal Double in Line Plastic Double in Line Metal Triple in Line Plastic Triple in Line Metal Differential, Aluminum All System Cylindrical Rod Type Double Cone on Ramp Projectile Apparatus Collision in Two Dimensional Kit Metric Newton Tubular Metric Tubular Newton Metric/Newton (Combined) Dial Type Pulley All Purpose Compression Balance Compression Rod Type Hydrostatic Balance Inertia Balance (Inclined Plain) Fletcher's Trolley Compound Pendulum, Reversible Compound Pendulum , Kater's Reversible Universal Force Table Watt's Governor Whirling Table Collision In Two Dimensions Lever Kit Hard Wood Lever S- Hooks Simple Wheel And Axle Compound Wheel And Axle Metal Fly Wheel Linear Air Track Board Mounting Aluminum, Plain Bearing Screw Jack Train of Gear Wheels Free Fall Tube ( Guinea And Feather ) Pendulum Bobs , Lead , Brass Scale Pans Dynamics Trolleys Ticker Tape Timer D.C. Stroboscope , Manual Digital Stroboscope : Digital Stroboscope , Hand Pulley Block (Midget Hoist) Aluminum, Single Clamp type Pulley All Purpose ' G ' By Free Fall Apparatus Centi-Second Timer Foot Pump Photo Timing Gate Centi-second Timer , Digital Ticker Tape Timer A.C. Falling Bodies Apparatus Air Blower Linear Air Track Accessories Kit Properties-Solids Mechanics Wooden Cubic Decimetre Metal Assorted Material Materials Kit (Solids) Young's Modulus Apparatus Young's Modulus Apparatus, Searle's Pattern Elastic Material Investigation Kit Displacement Vessel, Tin/Brass Displacement Vessel, Glass Displacement Vessel, Large Clear Plastic Container Steel Spheres Steel Springs Soft Latex Foam Blocks 8 Pcs Properties-Fluids Pascal's Apparatus Spouting Jar Metal Communicating Vessel / Liquid Level Apparatus / Equilibrium Apparatus Weighted Glass Bulb Density Bottles Bernoulli Tubes Flow Meter Capillarity Apparatus Beaums Hydrometer . Properties-Gases Crushing Cylinder Magdeburg Hemispheres Air Pump Boyle's Law Apparatus Boyle's Law Apparatus Foot Pump Manometer Manometer , Vaccum Gauge Hooke's Law Apparatus Hare's Apparatus Kinetic Theory Model Smoke Cell , Whitley Bay.
Spare Terminals Science Labs Hoverlabs is Manufacturer, Exporter Supplier ofSpare Terminals Description a) Terminal :-brass for zinc rod, zinc plates and copper plates. b) Terminals :-For meter bridges and potentiometer complete. c) Terminals :-All brass for meter bridges and potentiometer heavy type. d) Terminals :-With backelite head red and black for meter case. e) Terminals :-Insulated complete red black for general laboratory use 5/32 lock type. f) Terminals :-Same as above, but heavy type.
We manufacture heat exchangers and pressure vessels as per the international codes such as TEMA (Tubular Exchanger Manufacturers Association) class C & R standards, ASME Section VIII Div. 1 (unfired pressure vessels) with HTRI thermal design backup (member of Heat Transfer Research Institute) and PV Elite . As per the specific requirement, we carry out various testing such as visual inspection, Liquid penetrant, Radiography. Every equipment will be tested by pneumatic pressure at specified pressure with calibrated pressure gauges. The equipments are duly sand blasted and painted.
The starter panels will be complete with accessories and devices such as Mains switch, MCCB, Star-delta contactors/soft starter/VFDs, electrical switch-gears, LED indication lamps, push buttons of reputed makes.
The control and starter panels are manufactured in house by employing advanced machines and techniques with premium grade material for longer, maintenance free functional life. The control panels for our packages will be with PLC of SIEMENS/MITSUBISHI make with HMI for auto/manual operations of the plant. Various parameters such as temperatures, pressures, current, voltage, System On/Off status, alarms will be displayed on the HMI.
Transparent & Clear prism made of acrylic with polished surfaces Prism, Equilateral Prism, Right Angle 90x45x45 Prism, Right Angle 90x60x30 Note: Hollow prisms are also available. Note: Different angles of prism are made as per demand.
Manufactured by making use of stainless steel, vapour baffle, removable condensing tube and lid, our products are made in compliance with the global quality standard
HOVERLABS manufacture, export & supply high quality & at genuine prices physics Weight Boxes.
SPECIFICATIONS:
Hover labs products are specifically designed in several sizes using best quality materials.
They are superior in quality, best in design and are commonly used on large market scale.
Hover labs offer these reliable products to various customers at the competitive market price range.
AVAILABLE IN DIFFERENT RANGES:
1 mg to 100 g, Total 210 gm.
1 mg to 200 g, Total 410 gm.
1 mg to 500 g, Total 1 kg.
1 mg to 1000 g, Total 2 kg
FEATURES:
- Light weighted
- Rugged
- Low maintenance
Material type: Brass
Finish type: chrome plated, Chrome plated Cod
Use: weighing purposes in laboratories.
Hover Labs' are well known organization in India for manufacturing, exporting & supplying of slotted masses. Slotted masses is suitable for use with sonometer applications or general use. Finished in black colour.
SPECIFICATIONS:
Available in Different materials:
- Brass
- Brass Chrome plate
- Iron Chrome plated
- Iron Painted
Available in Different Ranges:
- 200
- 500
- 1000
- 2000
- 5000
The Two tunings are mounted on a resonance box with one hammer. This highly precision Two Tuning Forks on Resonance Box can be availed from us at reasonable price.
Reversing Key Commutator M.I.P Type, The four segments of gun metal are mounted ohn a bake lite base. The multi brush sweeping contacts move over either segment with a handle. Brass terminals are provided for the four segments and on the contact block.
SPECIFICATIONS:
RHEOSTAT COMES IN DIFFERENT RANGES:
10, 20, 30, 50, 100 etc.
Nichrome type, Bell terminal Continuous Constantine type.
Rheostat are used as series resistors or potentiometers. Open type slide wire type with a variety of resistance and current carrying capacity. Constantine wire is used as resistance.
Three 4mm standard terminals are provided. One at each end of the wire and the third at one end of the slider-rod thus the Rheostat can be used as potentiometer also.
Resistance in ohms and current carrying capacities are marked on it. The end support are made of Bakelite.
A quality product from HOVERLABS ideal for use in School Laboratories in developing countries of Asia, Africa and South America
Standard specifications for school laboratory use. Ideal mix of Quality and Economy.
Product description:
Ripple tank comes in Different sizes.
This unit provides current in the Ripple Tank Motor. Supplied with a detachable mains lead.
We are one of the major industry of India, engaged in manufacturing, exporting & supplying an extensive range of Physics instruments & Navigational compass. End of the needle is always pointing towards the North Pole and helps us in directing the exact locations. Made up of high ranks of steel & brass with a wooden base
Hover Labs' are one of the renowned manufacturer, supplier & exporter of Newton's Laboratory Color Disc.Newtons color disc are comes in 6 & 8 diameter. Matchless quality and inexplicable performance of the Newtons Color Disc has involved various national as well as international customers to place bulk orders. Newtons Color Wheel consists of multi-coloured disc fixed on wooden stand that is rotated by a hand wheel
Hover Labs' are one of the largest company of India, involved in manufacturing, supplying & exporting of a wide range of Fire Extinguisher including Dry Powder Fire Extinguisher. These fire extinguishers are model to be used in extreme fire conditions in various areas like petroleum, chemicals and oil industries. Our state-of-the-art infrastructure & a team of experienced professionals we ensure only superior quality king pin tubes are provided to our customers at most competitive prices. SPECIFICATIONS:Brand: HOVERLABSMODEL: HFISP 1TYPE: Stored Pressure
Vibration Box for Physics Lab - To compare the magnetic moments of magnets & to determine moments of inertia etc. Consists of a polished wooden box fitted with sliding glass door. The top of the case is slotted & carries a glass tube fitted with torsion head to support by means of a silk fibre, a brass stirrup to carry magnets etc. The base of box is fitted with a mirror strip, with a longitudinal index line. Internal dimensions of box 160 x 66 x 66 mm approx. Length of tube 140 mm approx. Stirrup 50 mm long & 45 mm high approx. Complete with one each 50 & 100 mm bar magnets & one each 50 & 100 mm brass bars.
Tangent Galvanometer for Physics Lab - A bakelite ring or bobbin is of 165 mm diameter with 3 windings of 2, 50, & 500 turns. The magnetometer is supported on a brass tube fitted on an ebonite plate which is free to revolve in the base of the instrument. The magnetometer & the ring can both be rotated independently of the base which is with levelling screws. The compass box consists of a bakelite base with metal dial of diameter 100 mm graduated in degrees & with anti parallax mirror. Cobalt steel magnet & aluminium pointer are mounted on special synthetic sapphire. The needle moves on special pivot. This combination makes the needle virtually frictionless.
Steel Rod for Physics Lab 150 x 10 mm - length x diameter.
Magnetic Needle Jewel Bearing - Carbon steel needle with jewel bearing. Size - 50 mm, 75 mm, 100 mm.
Magnetic Needle Brass Bearing for Physics Lab - Carbon steel needle with brass cup bearing. Size: 50 mm, 62 mm, 75 mm, 100 mm.
Magnetizing and Demagnetizing Solenoid - A helical coil 310 mm long of DCC copper wire mounted on a wooden board, number of turns marked, with one meter connecting cable, fuses, push switch compass & soft iron rod 350 x 10 mm. Internal dia of coil 25 mm approx. For use on 230 V mains supply.
It comprises mild steel U-shaped bar of circular cross section fitted with bobbins, wound with heavy gauge copper wire and the ends are ground very flat to make good magnetic contact with the iron armature. The connections of the bobbins are made to ensure that direction of winding each pole is obvious. Supplied with carrying hook, operates on 4-6 volts d.c. Supplied with keeper with hook. Length x Bar dia (mm) : 100 x 12, 150 x 12, 100 x 15, 150 x 15.
Dip Needle for Physics Lab with Cobalt steel needle, 10 cm long, graduated quadrant fully rotatable on metal base, divided at 45 Degree.
Deflection Magnetometer - Compass box fitted on polished wooden base made of non-wrapping wood with meter scale alongside its length. Compass box is removable.
Thompson Indicator Straight Line Motion Science Labs One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. This ingenious mechanism was invented by Thompson in order to draw a graph of the gas pressure in an engine cylinder against the stroke of the piston. It is derived from the Scott Russell linkage, the principal links being AC and PB with a fixed pivot at P. The turning pair at A is restricted to moving along an arc as the link is driven by the rod ED. E is attached to a piston in a small cylinder connected to the expansion chamber of the engine, (simulated by moving E by hand). This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended. Features: Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for generating a straight line Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than other or whether a particular motion (such as a straight line) is developed .
Crank And Slotted Lever Science Labs Features Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for quick return motion Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than other or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. This mechanism is designed to improve the productivity of a cutting machine by returning the tool at a faster rate than the work stroke. The length of stroke is also a variable depending on the length of the link OC. The tool is carried on the sliding ram in the guides and is driven by the link AB. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.
Conductor Set 3 Brass N.P. Science Labs &&Conductor Set 3 Brass N.P. :- On insulated stand or tripod base Hamertone finish cone, sphere cylinder accurately made set of 3 medium size. &Conductor :-&(Spare) Same as above any shape.
Acrylic Block Rectangular Science Labs Clear acrylic all faces fully polished. Size 75x50x18 mm. 100x65x18 mm. 115x65x18 mm. 125x65x18 mm
Semi Circular Acrylic Block Science Labs &Clear acrylic, all faces fully polished. Dia. x Thickness 90 x 16 mm. 90 x 25 mm.
Balance Weights Science Labs Polished brass, supplied with wooden block, as illustrated. Capacity 1000 gm. Comprising 1x500 gm, 1x200 gm, 2x100 gm, 1x50 gm, 1x20 gm, 2x10 gm, 1x5 gm, 2x2 gm, 1x1 gm.
Compound Bar Science Labs To show the differential expansion of metals in a bimetallic strip. Comprising a length of bimetal strip 150x15mm mounted in a wooden handle. The strip is only 1mm thick so that very little heat is required to produce considerable bending. Length overall 270mm approx.
Electric Blower Science Labs Product description: The blower is supplied with the standard hose, length 2m, and the integral 2-core mains cable, length 5m. The cylinder has a completely insulated outer case rendering an earth connection unnecessary.
Zinc Plate Science Labs a) Zinc Plate :- With terminals b) Zinc Rod :- With terminals diameter 9 mm c) Zinc Rod :- With terminals best quality diameter 12mm.
Cone, Dissectible Science Labs Product description: Hardwood, polished, 24 H x 15 cm. base dia. Four different sections circle, ellipse, parabola, and hyperbola held together by a pin and easily taken apart for demonstration. Can be dissected in 5 parts.
Loci Board Science Labs Features Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for generating gear teeth profiles Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than othes or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. The apparatus enables three cycloidal curves and an involute locus to be drawn. A point on the circumference of a circle is traced as the circle rolls along a straight line, the outside of a circular arc or the inside of a circle. The involute is generated by the locus of the end point of a straight line unwrapping itself from a cylinder. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.
Carrier Slide (With Safety Device) Science Labs Features Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for intermittent transport Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than othes or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. The frame of the mechanism carries an eccentric cam on an axle O, a push rod CD in a guide A and a link DE with a fixed pivot at P. A spring holds the link against the cam and provides the force for the forward stroke. The return stroke is due to the cam acting against a pin at E. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.
Crank And Connecting Rod Science Labs Features: Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for rotary to linear conversion Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than other or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. This common mechanism is extensively used for converting rotary to reciprocating motion and vice versa. The connecting rod is attached at one end to a rotating arm and at the other to a combined slider and turning pair. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.
Scott-Russell Straight Line Motion Science Labs Features Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for generating a straight line Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than others or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. This mechanism consists of two links with one fixed pivot and one slider. The longer link AB has a pivot at its mid-point to which the shorter link is connected. Due to CD = BD = AD the geometry guarantees that as B moves toward C the point A must travel in a straight line. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.
Toggle With Single And Double Action Science Labs Features Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism foran operations gear Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than othes or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. The toggle consists of the two links AB and BC, C being fixed while A is a slider. The joint B is driven by a crank and connecting rod which for a singl action limits B to the Line AC. By increasing the stroke B will travel past AC and hence produce a second advance of A per revolution. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.
Ackerman Steering Gear Science Labs Features Low cost, effective teaching Self contained Easily seen from a distance Mechanism clearly understandable Loci drawn for further study Standard mechanism for operating the wheels of a vehicle Three year warranty Range of Experiments To determine the loci of the moving parts of the standard mechanism To establish the characteristics of that mechanism: for example to see which links move faster than othes or whether a particular motion (such as a straight line) is developed Description One of sixteen mechanisms built on an A3 board equally suitable for the classroom, drawing office or laboratory. The principal components are made from amber coloured Perspex, pivoted with hollow rivets, and mounted on a white melamine board for contrast and visibility. To see the mechanisms move is far more instructive and convincing than listening to a static lecture. The hollow rivets accept a pencil for transferring the loci of the joints to a sheet of paper, clipped to the board. The links of this mechanism simulate the steering gear of the wheels of a road vehicle. The stub axles of the wheels are connected by three links forming a trapezium in the straight ahead position. As the wheels turn the inner wheel turns more than the outer one thus having a common centre nearly in line with the vehicle rear axle. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. Each mechanism is supplied with a manual which gives full instructions for producing the loci and applications of the assembly. The typical graphical result is appended.