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The answer is a resounding yes! Thanks to innovative coating technologies, anti-fogging glass is now a reality
Anti reflective coatings offer enhanced optical performance by reducing reflection and glare. An anti reflective ITO coating can be applied to plastic substrates to provide optimal optical properties.
Diamond Coatings have developed Visin Anti Reflective PPE Face Shields that offer high levels of protection from airborne transmission of viruses.
Anti reflective coatings offer enhanced optical performance for LED screens by reducing reflection and glare. The biggest challenge to achieving high optical performance in digital TV, advertising and signage is the glare and reflection that occurs when light hits a screen. The solution to this issue is by the incorporation of an AR coating.
Polyester film is composed of polyethylene terephthalate (PET) and is a high-performance, transparent thermoplastic. AntiReflective (AR) Films are available
By coating glass substrates with Indium tin oxide (ITO) surfaces can be given a high transparency and low surface resistance, as well as conductive properties. The manufacture of ITO glass
Diamond Coatings offer an extensive range of premium quality ITO coated coverslips. Available in diverse, thicknesses and sheet resistances, these optically transparent and highly conductive ITO coverslips have become an integral addition to modern research and development and medical laboratories’ SEM Imaging and high-resolution microscopy equipment.
ITO (Indium Tin Oxide) can be used to coat glass substrates but also plastic substrates such as acrylic, polycarbonate or polyester film, for a variety of applications
Coatings can be applied to glass that can reflect heat radiation yet transit light like glass. The properties of indium tin oxide coated glass make it a popular choice of material for environmentally friendly construction and low emissivity (Low-E) windows. The ability to regulate temperature is beneficial for rooms like scientific research labs.
Indium tin oxide is a transparent conducting oxide composed of indium, tin and oxygen that can applied to substrates such as glass. ITO is one of the most widely used transparent conducting oxides because of its electrical conductivity and optical transparency properties.
