Introduction to Indium Tin Oxide Coatings: So many things we use daily utilise the unique properties of Indium Tin Oxide Coatings (ITO), from touch screen tech to aircraft windshields, yet, the vast majority of people have never heard of it. Indium Tin Oxide is used to make transparent conductive coatings. It’s amongst the most universally […]
Anti Reflective Coatings
Anti reflective coatings offer enhanced optical performance by reducing reflection and glare. An anti reflective ITO coating provides the optical transparency and conductivity of an ITO coating with the additional benefit of anti reflection. The elimination of reflections can increase visibilty, such as on an LED screen in daylight. Another example is a coating on […]
ITO Coated Heater Glass
Diamond Coatings specialise in the design and manufacture of ITO coated heater glass. Optimal LCD display performance is highly dependent on temperature. In very cold environments and at low temperatures, LCD displays suffer from reduced response times and/or a loss of functionality. Offering transparent heated glass solutions, Diamond Coatings use Indium Tin Oxide Coatings to […]
ITO Coating Service in US
ITO Coatings is a division of Diamond Coatings Inc, offering an ITO (Indium Tin Oxide) coating service based in the United States. Diamond Coatings are market leaders in the design, supply and production of ITO coatings worldwide. About ITO Coatings Operating from state-of-the-art vacuum coating plants in the West Midlands, UK, and Arizona, USA, Diamond […]
Optical Coatings
Optical coating technology allows us to use Indium Tin Oxide (ITO) as a coating for optical components, to alter how they reflects and transmit light. One type of optical coating is an anti reflection coating. ITO Coatings use low temperature vacuum depositing to make this highly conductive and transparent coating which can be applied to […]
Diamond Coatings ITO: The Applications of ITO Coatings
Diamond Coatings ITO coatings offer highly beneficial optical and electrical properties that make them an ideal answer to the demands of many different industries’ applications. But what exactly are the applications of ITO coatings? ITO Coating Properties Before we explore potential applications of indium tin oxide coatings, let’s briefly look at their properties… Offering high […]
High-Resolution Microscopy, SEM Imaging and ITO Coated Coverslips
Highly conductive, optically transparent and available in an extensive range of sheet resistances and thicknesses, Diamond Coatings ITO coated coverslips boast all the properties required to meet the high demands of high-resolution microscopy. ITO Coated Coverslips in High-Resolution Microscopy & SEM Imaging Primarily designed to keep specimens under examination flat and in place, coverslips also […]
ITO Coated Plastic and Optical Display Industries
High ITO deposition temperatures once limited the choice of suitable substrates to glass. Combining years of experience, innovative ideas and ultra-modern technology, ITO Coatings US, a division of Diamond Coatings Inc., can now offer a wide range of ITO coated plastic products. Optical Display Industries and ITO Coatings Indium tin oxide (ITO) is a highly […]
ITO Coated Coverslips and Their Benefits
Optically transparent and highly conductive, ITO coated coverslips offer significant benefits to high-resolution microscopy. Here are some of these benefits. The Benefits of ITO Glass Coverslips Coverslips are primarily designed to hold specimens to be examined in place and flat, while simultaneously preventing their contamination through dust, accidental contact, etc. In addition, they serve to […]
The Development and Applications of ITO Coated Plastic
Requiring high deposition temperatures, ITO coatings were initially used primarily for applications on glass. Continual research & development now allows ITO Coatings to supply an extensive range of ITO coated plastic products. The Beginning of ITO Coatings Transparent and highly conductive, ITO coatings are deposited onto varying substrates to maintain their optical clarity while amplifying […]