Torsion Balance

A torsion balance is a type of balance that uses the principle of torsion to measure the weight or mass of an object. It consists of a horizontal bar or beam suspended from a thin wire or fiber. The object to be weighed is attached to one end of the beam, while a counterweight is attached to the other end.

When the object is placed on the balance, it causes the beam to twist or rotate due to the force of gravity. The amount of twist or rotation is proportional to the weight of the object. By measuring the angle of twist or rotation, the weight or mass of the object can be determined.

Torsion balances are commonly used in laboratories and scientific research settings for precise weighing and measurement of small objects or substances. They are often used in experiments that require high accuracy and sensitivity, such as determining the density of liquids or solids, measuring the gravitational constant, or studying the behavior of magnetic fields.

In the supply class Scales And Balances, torsion balances are categorized as a specific type of balance that operates based on torsion. They are designed to provide accurate and reliable measurements for various applications in the field of science and research.

In the supply group Instruments And Laboratory Equipment, torsion balances are included as one of the essential instruments used in laboratories for scientific experiments and measurements. They are considered a fundamental tool in the field of laboratory equipment and are commonly found in research facilities, educational institutions, and industrial laboratories.