Falling Sphere Viscosimeter Manufacturer,Supplier and Exporter in India

Falling Sphere Viscosimeter

Product Code : EL-EELE-11360

Falling Sphere Viscosimeter
The drag coefficient of spheres given the viscosity of the liquid. The viscosity of liquids placed in the transparent tubes by measurement of the terminal velocities of spheres in free fall in the liquids. Drag coefficients for various geometric shapes, to be produced by the students. By measuring the falling speed of a spherical ball in a vertical tube filled with the fluid to study, it is possible to deduce kinematic viscosity. Indeed, during the phase of the uniform rectilinear motion, the various forces which apply to the ball ; gravity, the pressure of Archimède and the force of trail related to viscous friction, are in balance.

Technical specifications

Tubes2 tubes in Altuglas (H = 1300 mm, F = 94 mm)
Tube lightinglit by a neon tube
MountingA support panel to position on a wall
Ball recovery and draining2 vats and 2 valves for recovery of the balls and draining of tubes
Ball set1 set of balls of various diameters and materials (stainless steel, aluminium, plastic)
Timing1 stop watch

Dimensions and weight

Dimensions1500 X 450 X 200 mm
Net weight18 kg
We are leading manufacturers, suppliers of Falling Sphere Viscosimeter for Electronics Engineering Lab Equipments. Contact us to get high quality Falling Sphere Viscosimeter for Electronics Engineering Lab Equipments for schools, colleges, universities, research labs, laboratories and various industries. 

For a fuller viscosity and drag study, use this viscosimeter alongside the Capillary Tube Viscosimeter and the Drag Co Efficient Apparatus; laminar and turbulent pipe flow can then be explored on the Horizontal Osborne Reynolds Demonstrator and the Fluid Friction Apparatus. More fluid mechanics apparatus is listed in our Electronics Engineering Lab Equipments range under Electronics Lab.

Last updated: October 2026.

   

Office Address

Works: 586, Shahdara, Jhilmil Industrial Area,
Vivek Vihar, Delhi, 11009,

[email protected]

Follow Us