A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Improved movement joint for between tiles and coatings
The joint comprises an elongate strip inserted into a gap. The strip includes a pair of sidewalls defining an opening to a cavity. A resilient filling 122 material is located in the upper part of the cavity. The sidewalls are shaped such that there is a waist section 116 of reduced width relative to the opening. A pair of outwardly extending projections below the waist and a base section where the two sidewalls meet. In a relaxed state the resilient filling forms a concave surface 126 on its upper surface. With pressure the resilient material may form a substantially flat surface or form a convex surface. The joint may also include a blocking component foam core 124 to prevent the resilient material displacing downwardly.
Improved movement joint for between tiles and coatings
The joint comprises an elongate strip inserted into a gap. The strip includes a pair of sidewalls defining an opening to a cavity. A resilient filling 122 material is located in the upper part of the cavity. The sidewalls are shaped such that there is a waist section 116 of reduced width relative to the opening. A pair of outwardly extending projections below the waist and a base section where the two sidewalls meet. In a relaxed state the resilient filling forms a concave surface 126 on its upper surface. With pressure the resilient material may form a substantially flat surface or form a convex surface. The joint may also include a blocking component foam core 124 to prevent the resilient material displacing downwardly.
Improved movement joint for between tiles and coatings
SEAMUS DEVLIN (author) / TRACEY DEVLIN (author)
2018-11-28
Patent
Electronic Resource
English
Control joint for between tiles, coatings and concrete finishes
| European Patent Office | 2023