About this asset

This white plastic push-fit pipe adapter is a Revit family component designed for integration into MEP plumbing systems. This plumbing component is a compact push-fit adapter constructed from durable white plastic. It features a ribbed hose-tail connection on one end, designed for secure insertion into flexible piping, while the opposing end provides a standard push-fit interface for rigid pipe coupling. The exterior surface includes moulded technical specifications and branding marks consistent with industrial piping hardware. Its geometry is straightforward, prioritising functional connection points over aesthetic finish, making it suitable for detailed MEP modelling where accurate representation of plumbing infrastructure is required for coordination and scheduling.

The download is a 328 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.

In Revit, this component functions as a standard pipe fitting family. Users can load this file into a project and host it directly within a pipe run, utilising the native connector points to maintain system logic for routing. Because it is a parametric family, it allows for seamless integration with Revit’s automated pipe sizing and connectivity tools, ensuring that the fitting aligns correctly with system parameters and material definitions throughout the MEP design process.

This adapter is essential for MEP engineers and designers working on residential or industrial plumbing projects. It is typically used in the design of hot and cold water distribution systems, particularly where transitions between flexible hoses and rigid pipework are required. Professionals will find this asset useful for creating accurate construction documentation, material take-offs, and clash detection models. It pairs well with generic pipe families and other standard push-fit plumbing components, ensuring a cohesive and functional layout in complex building services environments.