Cost-effective, high-quality thin glass
Float Glass Optical Windows are optical glass with polished faces that are relatively parallel and are typically used as a protective element between two environments. Float glass readily transmits visible and near-infrared wavelengths and can be used in a wide variety of applications.
- Good optical transmittance
- White and clear appearance at small dimensions
- Lower content of iron than ordinary glass
- Good optical flatness and surface quality
- Economically priced
- Transmits Visible and Near Inrared Wavelengths
- Available Uncoated or with an Anti-Reflection Coating
- Variety of Sizes Available
TYPICAL APPLICATIONS
- Substrates for optical coatings
- Base glass for antireflection coated windows
- Electronic displays and components
- Sight glass applications
- Machine windows
- Thin film substrates
- Sensor Technology
- Display technology
- Measuring window
- Low-cost windows
- Thin glass applications
- Glass covers for fire alarm buttons
Our selected float glass is a universal economically priced high-quality technical glass with excellent optical characteristics. In particular, at smaller dimensions, the glass features a white appearance which is resulting from the iron reduced glass composition. Our selected float glass is applied in various technical and optical applications. The excellent optical performance from the visible to the infrared range make the glass a very versatile material. It has almost no inclusions, a high purity, and proved to be able to substitute expensive glass materials in many optical applications in the past. The cost savings in such cases often were significant.
The production of thin and very thin glasses by the help of the high-quality micro float process guarantees a good optical flatness, an extremely low deviation from the nominal thickness within each batch, and a very low standard thickness tolerance. A large selection of standard thicknesses beginning at 0,4 mm plus a good surface quality allows an efficient fabrication of many optical components and optics based on this economically priced glass.