Quartz offers uniform transmission and low absorption across the entire visible wavelength range, making it a key element in the manufacture of sophisticated technical optics. Its excellent optical quality and virtually colourless appearance enable the production of precision optics that can be used in a variety of applications, including sophisticated technical optics, optical windows and substrates for mirror and filter coatings. The high homogeneity and low content of bubbles and inclusions contribute to the high quality of the end products, while the good light transmission in the visible and near infrared spectrum maximises the efficiency of the optical systems.
Quartz is an important component in the manufacture of sophisticated technical optics as it offers uniform transmission and low absorption across the entire visible wavelength range. Due to its excellent optical quality and virtually colourless appearance, quartz is ideal for the manufacture of precision optics that can be used in a wide range of applications.
The high homogeneity and low content of bubbles and inclusions in quartz contribute to the high quality of the end products. This is particularly important for optical systems that require the highest precision. Quartz is often used for the production of optical windows, substrates for mirror and filter coatings and sophisticated technical optics.