ISO 18937:2014

Imaging materials — Photographic reflection prints — Methods for measuring indoor light stability

Imaging materials — Photographic reflection prints — Methods for measuring indoor light stability

Digital Document2014 edition2014Purchase Options

Referenced standards

ASTM G113-09ASTM G151-10CIE S 023-2013IISO 11664-4:2008ISO 13655:2009ISO 18913:2012ISO 2471:2008ISO 4892-1:1999ISO 4892-2:2013ISO 5-3:2009ISO 5-4:2009ISO 9370:2009ISO/TR 18931:2001
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ISO 18937:2014

Imaging materials — Photographic reflection prints — Methods for measuring indoor light stability

Imaging materials — Photographic reflection prints — Methods for measuring indoor light stability

ISO 18937:2014 describes test equipment and procedures for measuring the light stability of images of colour photographic reflection prints designed for display in, for example, houses, apartments, other dwelling places, offices and commercial display, when subjected to certain illuminants at specified temperatures and relative humidities. It also addresses colour photographic reflection prints designed for display in galleries and museums.

Indoor illumination conditions described in ISO 18937:2014 include a) simulated indoor daylight typical home display, b) simulated direct sunlight in-window display, c) fluorescent illumination using “cool white”, and d) other types of illumination sources, such as other fluorescent lamps, tungsten halogen, LED, OLED and metal halide lamps.

ISO 18937:2014 is applicable to reflection colour prints made with colour hardcopy materials. Included are inkjet prints, thermal dye diffusion transfer (“dye-sub”) prints, liquid- and dry-toner electrophotographic prints, prints made with traditional chromogenic (“silver-halide”) photographic colour materials and, in general, all types of colour prints made with direct analog and digital print processes. The recommended evaluation methods can also be applied to black-and-white photographic prints.

Edition2014
Published Date2014
Published ByInternational Standardization Organisation
Page Count51