Types and Sizes of Drill Bits - most common drill bit sizes
To create especially functional layers on architectural and automobile glass, as well as in photovoltaics, titanium oxide, silicon, zinc oxide/aluminum oxide (AZOY), and chromium are used, among others. Titanium aluminum, titanium silicon, aluminum chromium, and chromium for wear-resistant layers increase the service life of tools and the lifespan of components significantly, thus reducing production costs and environmental impact. In visual applications, PVD layer systems like those made from hafnium, zirconium, or tantalum oxide, among others, are used for manufacturing laser mirrors, color and special filters, or high-quality layer systems in ophthalmics.
When we manufacture coating materials, we take the environment into full consideration, which is reflected in especially eco-friendly and energy-efficient production methods and recycling programs for our products.
Our high-quality custom products made from pure metals, alloys, and oxides are used in highly diverse areas of application:
Today, PVD coating is indispensable for modern surface optimizations and modifications. The quality of the raw materials is an essential prerequisite to achieve high-quality coatings. GfE manufactures in Germany and is one of the world’s leading manufacturers of coating materials for PVD thin film technology. Our high-quality, custom-made products made from pure metals, alloys, and oxides are used in many different fields of application in the form of sputtering targets, arc cathodes, and evaporation materials.
Consistently high quality and cost efficiency are a must for us. Based on more than 30 years of experience, we focus on your specific needs when developing our products. We work closely with you to develop effective solutions.
Zip code 76262 is located mostly in Denton County, TX. This postal code encompasses addresses in the city of Roanoke, TX. Find directions to 76262, browse local businesses, landmarks, get current traffic estimates, road conditions, and more.