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Specially designed coatings may be applied to one or more surfaces of insulated glass. One type of coating (low-e coatings) reduces the emission of radiant infrared energy, thus tending to keep the heat on the side of the glass where it originated while letting visible light pass. This results in glazing with better control of energy - heat ...
Low emissivity glass (low E glass) is a commercially available option for IGU construction. Low E glass is made by applying a Low E coating to a pane of glass. These are generally metallic coatings, usually applied onto the second or third glass surfaces of the unit, that have the effect of reflecting infrared light, and blocking or attenuating ...
These low "E" coatings were originally developed in 1978 at the Solar Energy Corporation (SOLEC) in Princeton, New Jersey for use in tubular evacuated solar collectors. The developer, Robert Aresty, designed them to be used as low emissivity surfaces on glass to replace vacuum deposited surfaces.
The strategy to reduce radiation involves coating the glass with a low-emissivity (Low-E) coating, which reflects away much of the infrared light that hits it. There are two types of low-e coating. [ 12 ]
"Low-E windows" with transparent low-emissivity coatings emit less thermal radiation than ordinary windows. [5] In winter, these coatings can halve the rate at which a window loses heat compared to an uncoated glass window. [6] Solar water heating system based on evacuated glass tube collectors.
Quadruple glazing (quadruple-pane insulating glazing) is a type of insulated glazing comprising four glass panes, commonly equipped with low emissivity coating and insulating gases in the cavities between the glass panes. Quadruple glazing is a subset of multipane (multilayer) glazing systems.
Pages in category "Glass coating and surface modification" ... Laminated glass; Low emissivity; M. Mercury glass; P. Pyrolytic coating; S. Satin glass; Self-cleaning ...
Thin films are used to create optical coatings. Examples include low emissivity panes of glass for houses and cars, anti-reflective coatings on glasses, reflective baffles on car headlights, and for high precision optical filters and mirrors. Another application of these coatings is spatial filtering. [2]
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