Rigidity of Wires Manufacturer,Supplier and Exporter in India
Product Code : EL-MOL-11994
Quick Answer: The Rigidity of Wires apparatus (Searle's pattern) is for experiments on rigidity, with two solid and two hollow cylinders, each 10 cm long, fitting a hollow brass tube that carries a wire chuck, mirror, graduated scale and verniers on sliding weights.
Last updated: October 2026
Key Features
- Searle's pattern, for experiment on rigidity
- Two solid and two hollow cylinders, each 10 cm long
- Cylinders fit accurately in the bore of a hollow brass tube
- Tube fitted with wire chuck and mirror
- Graduated scale and verniers on sliding weights
- Complete with ceiling attachment
Technical Specifications
| Specification | Value |
|---|---|
| Pattern | Searle's pattern |
| Cylinders | Two solid and two hollow, each 10 cm long |
| Tube | Hollow brass, cylinders fit its bore accurately |
| Fittings | Wire chuck, mirror, graduated scale, verniers on sliding weights |
| Mounting | Ceiling attachment |
About This Product
Searle's pattern apparatus is used in physics laboratories to study the rigidity of a wire. The wire is held in the chuck and twisted, and the scale, mirror and verniers on the sliding weights are used to take the readings. Solid and hollow cylinders let students change the load carried by the tube in a known way. The readings are then used to work out the rigidity of the wire material. The Rigidity of Wires can be supplied for export orders from Ghana, Senegal, Syria, Kuwait, Panama and South Korea.
Frequently Asked Questions
Q1. What does the Rigidity of Wires apparatus come with?
It has two solid and two hollow cylinders, each 10 cm long, a hollow brass tube, wire chuck and mirror, graduated scale and verniers on sliding weights, and a ceiling attachment.
Q2. What is it used for?
It is used for experiments on rigidity, in Searle's pattern.
Related: Mechanical Operational Lab, Young Modulus Apparatus, Torsion Apparatus (Vertical Type).
For a quotation on the Rigidity of Wires, contact School Lab Equipment India.