Advantage against thermocouples – easy handling – no time consuming – measurement set up – no power source – identical heat conditions – no contact disturbance by thickness of thermocouples
Photoelasticity evaluates stress of models or components made of transparent birefringent plastics by polarisation optics. The loaded model will be investigated between crossed polarizing filters.…
Another application is the use in school lessons and university teaching engineers in materials science and design, because photoelasticity is the only method to make stress in components visible.…
By today’s available computational methods, such as the finite element method, stress test calculations are now mainly carried out on the computer. Nevertheless, photoelasticity is a good and rapid…
Instruments for the Control of Stresses in Components Photoelasticity is an experimental method to determine stress distribution in a material. The method is based on the property of…
The impact tester with dart drop weight DIT-01 tests the impact strength and failure limit of material samples made of plastic, aluminium and composite foils, sheets, paper and cardboard with a…
In this chapter, we offer everything you need for thickness measurement, from handheld to laboratory systems.
Our handheld devices Cpad X300 and X400 for coating thickness measurement work with…
The COF-01, COF-01A and FPT-F1 devices measure the static and kinetic coefficient of friction of plastic films, sheets, paper, cardboard, fabrics, rubber and other materials. The PSPT-02…
