About this asset

Designed for modern interiors, this Revit family features a top-hung sliding glass door with exposed stainless steel barn-track rollers and a sleek pull handle. The assembly consists of a frameless glass door leaf suspended from a cylindrical top track by two exposed roller brackets. Polished stainless steel hardware provides robust mechanical suspension without the need for floor tracks, maintaining an uninterrupted floor finish across threshold transitions. The glass leaf displays a delicate blue tint with semi-translucent properties, balancing interior visibility and spatial separation. A slim vertical tubular pull handle is mounted through the glass on the leading edge. Clean detailing around the mounting clips ensures a minimalist, architectural aesthetic suitable for contemporary wall openings.

The download is a 379 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Architects can load this RFA component directly into Revit project templates as a hosted or face-placed opening element. The family allows users to adjust track elevation, panel width, and height to match specific rough opening schedules. Material parameters for the glazed leaf and metal track enable rapid coordination between translucent glass, frosted privacy films, and brushed stainless steel or matte black hardware finishes.

Ideal for high-end residential master suites, loft apartments, and boutique hotel guestrooms, this sliding door separates private sleeping quarters or en-suites while preserving sightlines and natural light transmission. It also integrates smoothly into executive offices and meeting rooms where modern glass partitions are required. Interior specifiers and visualisers searching for barn-style glass doors, frameless sliding systems, or track-mounted glass panels will find this family adaptable for scheme presentations and detailed interior elevations.