About this asset

This steel expansion bolt Revit family is a precise mechanical fastener designed for structural anchoring applications in BIM projects. The expansion bolt features a robust, threaded steel rod construction designed for secure masonry or concrete anchoring. It includes a standard nut and washer assembly at the top, with a tapered sleeve body that facilitates mechanical expansion upon tightening. The geometry is clean and simplified, focusing on accurate representation of the threaded shaft and the hexagonal nut profile. This component is engineered to provide a realistic visual and data-driven anchor point for structural connections, ensuring that the fastener maintains its integrity and profile across various scales within detailed construction documentation.

The download is a 92 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.

Load this family directly into your Revit project as a face-based component to ensure proper orientation against host elements like concrete slabs or masonry walls. Use the provided parameters to adjust the bolt length or diameter to match specific structural requirements. This file is lightweight, ensuring minimal impact on project file size while providing clear, readable line work for section views and construction details, making it an efficient choice for large-scale structural modelling tasks.

Ideal for structural engineers and architects, this expansion bolt is suited for detailing connection points in residential, industrial, and commercial projects. It is frequently employed in floor plans and section details where mechanical fixings, such as base plates for columns or heavy-duty wall mounts, must be clearly indicated. Professionals searching for reliable fixings, structural hardware, or concrete anchors will find this component essential for maintaining accurate documentation and coordinating structural requirements in complex building information models.