Test ink Dyne test

for surface tension measurement

In order to determine the surface energy of a material, engineers often utilize the dyne test, also known as the ink method. This testing method is based on the ASTM/ISO 9277 standard for measuring the surface energy. It can be performed using various specialized equipment, such as dyne pens. Here you’ll get a brief overview of how the dyne test works and what you can expect from the results. Determening surface energy with Dyne testing Determining the surface energy can be achieved by measuring contact angle or by using Tantec surface energy test inks – DyneTEC. Use Tantec´s equipment for measurement of the surface energy. Another name for Dyne test ink, is also “Corona pens”. In order to determine the surface energy of a material, engineers often utilize the dyne test, also known as the ink method. This testing method is based on the ASTM/ISO 9277 standard for measuring the surface energy. It can be performed using various specialized equipment, such as dyne pens. Here you’ll get a brief overview of how the dyne test works and what you can expect from the results. Determening surface energy with Dyne testing Determining the surface energy can be achieved by measuring contact angle or by using Tantec surface energy test inks – DyneTEC. Use Tantec´s equipment for measurement of the surface energy. Another name for Dyne test ink, is also “Corona pens”. Read on and see how it works! This form of measurement is based on the ASTM/ISO method for measuring the surface energy of polypropylene film. When the test ink is applied to the surface, it will either form a continuous film on the surface or pull back into small droplets.