Japan Vacuum Optics meets various optical needs.
The multilayer film without light absorption separates infrared and visible light, which are sources of heat in lighting, or separates ultraviolet and visible light.
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basic information
**Features** ○ CF-A type It transmits over 85% of visible light and reflects over 85% of light with a wavelength of 1μm, making it effective for utilizing light around 1μm. For example, it provides thermal protection for halogen lamps or xenon lamps that have high spectral energy near 1μm. Additionally, it can be directly coated on condenser lenses, integrating the functions of the lens and filter. ○ CF-B type This type has the same coating as the CF-A type but uses heat-absorbing glass for the substrate. It is effective for utilizing light with wavelengths shorter than infrared. ○ NIC-A, B These are thermal cut filters that cause less thermal damage than the CF-B type. They also reflect near-infrared light, allowing for color correction of visible light. They can be directly processed for use in imaging tube windows and lenses. ○ Hot mirror A transparent conductive film that efficiently reflects thermal energy radiated from heat sources. ○ UV-IR cut filter A filter that transmits visible light while simultaneously reflecting ultraviolet and near-infrared light. For more details, please contact us or refer to the catalog.
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Applications/Examples of results
Applications: It can be used in optical systems such as reflectors for slide projectors, projectors, medical devices, and various types of floodlights, as well as in lighting reflectors.
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Company information
Since its establishment in 1946, Nippon Vacuum Optics has been striving to improve optical thin film technology and has consistently pioneered cutting-edge technologies, including the establishment of high-frequency plasma and ion process technologies. The products created through its exceptional technical capabilities and reliable quality management system have gained high reliability across a wide range of fields, from home appliances to information and communication, biotechnology, and space development. Thus, the application areas of optical thin film technology are vast and limitless. As a "problem-solving company" proposing new possibilities for technology, we continue to respond to various themes faced by our customers and pursue customer satisfaction.
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