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| Cornice mouldings for indirect lighting  Outwater has created a special series of high-density polyurethane cornice mouldings in its ORAC DECOR, ORAC MYLINE and Designer's Edge Millwork Collections that have been specifically intended for use with indirect lighting. Manufactured to easily accept a variety of cove moulding light fixtures without causing scalloped or uneven light dispersion and illumination, the ORAC DECOR, ORAC MYLINE and Designer's Edge Millwork Cornice Mouldings for Indirect Lighting can also be used just as readily as a traditional cornice moulding without lighting if desired. Designed to optimally encompass and utilize the natural light within your environment to produce a subtle yet truly unique shadow effect between itself and your walls, the results are uncanny!Suited for use in virtually any type of commercial and residential construction, renovation or redecoration application, the ORAC DECOR, ORAC MYLINE and Designer's Edge Millwork Cornice Mouldings for Indirect Lighting are produced in exclusive molds that faithfully yield sharply defined details, perfect dimensions, and extremely consistent quality. Lightweight, strong and easy to install using traditional techniques and tools, the ORAC DECOR, ORAC MYLINE and Designer's Edge Millwork Cornice Mouldings for Indirect Lighting are primed and ready for painting, glazing or faux finishing, and will endure years of repeated refinishing when necessary. In addition, unlike mouldings manufactured from other media, which are subject to numerous characteristic adversities such as rot, warping and mineral streaking, the ORAC DECOR, ORAC MYLINE and Designer's Edge Millwork Cornice Mouldings for Indirect Lighting are impervious to adverse climate and weather conditions, and because of their dimensional stability, will not alter over time. Unaffected by moisture, insects, UV and most common solvents, the ORAC DECOR, ORAC MYLINE and Designer's Edge Millwork Cornice Mouldings for Indirect Lighting can be used in applications that would not have been otherwise possible. write your comments about the article :: © 2010 Construction News :: home page |