Industrial Grey Steel Louvred Sliding Gate

This industrial grey steel louvred sliding gate is a native Revit family featuring a robust frame and vertical slats. Constructed from heavy-duty steel, this sliding gate features a dense vertical louvre design, providing significant visual obstruction and security. The assembly is supported by sturdy cylindrical posts with rounded cap details, creating a clean, high-contrast industrial aesthetic. The gate panel is framed with precision, ensuring a flush appearance when closed. Its proportions are suited for vehicular access points where privacy and ventilation are required. The overall form is functional and utilitarian, designed to integrate seamlessly with perimeter fencing systems while maintaining a consistent architectural language across large site developments.

The download is a 1.2 MB 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.

In Revit, this family is typically placed as a site component to define vehicular or pedestrian access points. Users should load the RFA into their project and align the sliding track with the finished ground level. The family can be adjusted for width to match specific site requirements. Material parameters allow for the application of standard metal finishes or powder-coated appearances, ensuring the gate matches the broader site material palette during rendering or documentation.

This gate is ideal for commercial, industrial, or secure residential developments requiring robust perimeter control. It pairs effectively with matching steel fencing, security bollards, and concrete boundary walls. Professionals often use this asset in site plans and 3D context models to articulate clear entry points for logistics, parking facilities, or secure storage compounds. It is a reliable choice for projects at the schematic design or design development stage where clear site circulation and security boundaries are essential.