Alternatively referred to as bend testing, three- or four-point bend testing (depending on the test specifications), and transverse beam testing, the steps to perform this method are straight-forward. Our technicians begin by affixing the appropriate fixture to our Bench Top Tinius Olsen. They align the sample so that it rests on top of two mandrels, its load equally distributed. Testing begins in earnest when the Tinius Olsen applies force to the material from above, using either a 3-Point or a 4-Point loading nose, as relevant to the testing scope. We use a dynamics load — charting its load-deflection curve as it endures ever-greater forces — until it either passes by surviving to a predetermined amount of deflection/force or undergoes a material failure. By assessing the material’s performance, characterizing any failures, and noting the load that caused it, our scientists can derive the sample’s flexural strength and flexural modulus.