(AR) antireflective glass. It has successfully passed the SPF certification. This kind of glass can evidently enhance the efficiency of solar panels and flat plate solar collectors. The AR property on both coatings is excellent and can provide 5% to 8% enhancement of transmission. Our AR coatings can provide up to 99% transmission.
These coatings are applied to substrate surface by a wet coating process (i.e. dip). The wet coating process results in significant improvements in processing speed and cost over existing deposition-based methods.
The transmittance ratio of this glass can be up to 99%. The reflection ration is less than 2%. It is widely used for TV protection screens, computer protection screens and solar cell panels.
E-beam optical coater http://www.pvd-metallizer.com Automatic optical coating equipment equipped with fan-shaped multi-fixtures or vaulted single substrate plate, uses man-machine interface with touch screen plus PLC and automatic crystal thickness control system to realize full automatic control, enabling to achieve functions of parameter input, process monitoring and data storage, etc. So the operation process can be set and the machine runs automatically to achieve the coating repeatability with optical properties of a stable quality. It has solved the complexity of manual operation and the problems of uniformity of film color, optical performance and others. Optical coating equipment can coat multi-layers of short-wave pass, long wave pass, antireflection film (AR), reflective film, filter film, spectral film, band pass film, dielectric film, high reflective film, color reflective film, etc, enabling to achieve 0-99 layers of film coating, also able to meet technical requirements such as automotive reflective light cover, binoculars, glasses, optical lenses, cold-light cups and other products coating. Equipped with different evaporation source, E-beam gun and ion source as well as film thickness monitoring and control system can realize various film coating systems, such as metal, oxide, compound and other high melting point films can be deposited, even super-hard film can be coated on the glass surface. It is extensively used in many fields such as in optical, electronic, decorative industries and in research institute or film research and application fields.
