BENDING FORCE: the physical nature of some products make them more suitable for testing via a bending test.
Generally the higher the force to bend (usually up to the point of break) the firmer the sample.
The force and distance references at the point of break provide a measure of BREAK STRENGTH by this action.
STIFFNESS is associated with a material that cannot easily be bent and therefore has a high degree of hardness and usually lacks flexibility.
FLEXIBILITY is the opposite of this and is a characteristic of a product that can be bent, flexed or deformed to a much higher degree of deformation before failing.
Generally the higher the force to bend (usually up to the point of break) the firmer the sample.
The force and distance references at the point of break provide a measure of BREAK STRENGTH by this action.
STIFFNESS is associated with a material that cannot easily be bent and therefore has a high degree of hardness and usually lacks flexibility.
FLEXIBILITY is the opposite of this and is a characteristic of a product that can be bent, flexed or deformed to a much higher degree of deformation before failing.