06.130.0501: Base / cove alternatives
06.130.0501: Base / cove alternatives This set of diagrams show alterative options to handle the transition of a tile assembly between wall and floor, illustrating a flush cove base, lipped cove base, and simple square base condition. When using a coved base, the horizontal leg of the cove should reside flush or slightly above the [...]06.130.0103: Tile Floor, Tile on mortar bed over plywood
06.130.0103: Tile Floor, Tile on mortar bed over plywood This detail illustrates tile laid on a cured reinforced mortar bed over plywood, with a cleavage membrane separating the tile assembly from the substrate. Waterproof or crack isolation membranes are optional, per design. This detail is based on TCNA Method F145. DOWNLOAD Detail06.410.1311: Expansion Joint Diagram – EJ’s at tile perimeter and changes of plane
06.410.1311: Expansion Joint Diagram - EJ's at tile perimeter and changes of plane DOWNLOAD DETAIL03.040.0201: Stone Veneer, Steel Stud Backup
03.040.0201 - Stone Veneer, Steel Stud Backup DOWNLOAD Detail03.030.0401: Anchored stone veneer
03.030.0401: Anchored stone veneer DOWNLOAD Detail03.030.0601: Flexible flashing, drip edge, termination bar, drainage mat
03.030.0601 - Stone Veneer, Steel Stud Backup DOWNLOAD Detail03.030.0201: Stone Veneer, CMU Backup
03.030.0201: Stone Veneer, CMU Backup DOWNLOAD 3D Detail03.030.0101: Flexible flashing, drip edge, termination bar, drainage mat
03.030.0101 - Flexible flashing, drip edge, termination bar, drainage mat DOWNLOAD DetailDynamic 3D DetailUnity Temple
In my role as director of technical service with International Masonry Institute (IMI), I am often asked by Chicago architects “Do today’s plasterers have the same skills as those from 100 years ago?” My answer is always a reassuring and resounding “Yes.”