Crystallizers - Import export

Pipette Tip 0,1 - 20 PP (crystal)

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

We produce our optical filters and other coatings with the most modern high vacuum coating systems both according to customer specifications and according to our own layer design, vacuum coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

antireflective coating, reflective coating, crystal effect, crystal coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

crystal effect coating, crystal coating, crystal effect, strass coating

crystal effect coating, crystal coating, crystal effect, swarovski coating, strass coating

The Dryflex T range, based on SEBS, comprises a family of fully transparent grades offering hardnesses from 30 to 90 Shore A. Grades with compliance to major food regulations are available. They are microwave, dishwasher and freezer friendly and offer excellent adhesion to PP. Applications include High value packaging Personal care items Sporting goods and goggles Grips and handles Food containers Download Dryflex T Product Guide Measuring Transparency Refractive Index (ISO 489 / ASTM D542) The refractive index, or index of refraction, is the ratio of the velocity of light in a vacuum to its velocity in the material in question. The refractive index is useful in identifying materials and is an important performance indicator in optical application. The Index of refraction can be calculated using Snell's Law: n1 / n2 = sin Ɵ2 / Ɵ1 where n1 and n2 are the refractive indices of mediums 1 and 2, Ɵ1 is the angle of incidence and Ɵ2 is the angle of refraction. Refractive Index Geomet