PRL’s most innovative and popular system, the Tiffany, is designed to be used with single, double or bypass doors using a heavy duty petite track to accommodate limited, narrow entrances. Hung with a minimal ceiling or wall mount track, the Tiffany uses a wall or head fascia mount application. This interior all-glass top hung sliding door system features circular patch fitting hardware and is available with either round or square rollers.
PRL offers several distinguished options for the Tiffany. Fabricated to accommodate 3/8” and ½” tempered glass thicknesses, we offer premium quality brushed and polished stainless steel hardware finishes. Select from our impressive array of lock and handle options such as patch and center locks, locking ladder pulls, offset and standard C pulls. We also provide a number of beautiful colored and textured glass options. To make your interior all-glass sliding doors stand out above the rest, adorn them with bronze, starphire, grey or textured glass panels to dazzle and impress.
At PRL Glass we strive to fabricate quality, effective, innovative products unmatched by our competitors. By designing our Interior All-Glass Top Hung Sliding Door Systems we’ve fabricated the ideal solution where space and budgets are limited; Our Tiffany All-Glass Top Hung Interior Sliding Door Systems. Featuring an effortless, floating effect Tiffany creates an illusion of spaciousness using minimal hardware and framing obstruction that will intrigue and captivate. Crafted with minimal top hung tracks PRL has solved the problem of limited head space. Sleek, chic, and luminous in design the Tiffany was constructed to accommodate standard and narrow width entrances. Available for residential or commercial all-glass entryways PRL offers single, double or bypass interior all-glass sliding doors. With our expert craftsmanship, supplying our own glass and aluminum products to the glazing industry for 27 years, PRL has designed these Interior All-Glass Top Hung Sliding Doors to meet your needs. For more information click here