Ancon Masonry Reinforcement, otherwise known as Bed Joint-Reinforcement, improves the structural performance of masonry walls by providing additional resistance to lateral loads e.g. wind. It also reduces the risk of cracking either at stress concentrations around openings or as a result of movement, in accordance with BS5628-3: 2005.
Bed joint reinforcement may be used for a variety of purposes and locations:
- Increase panel sizes
- Increase movement joint spacing
- Feature courses, corbels, plinths
- Collar-jointed walls
- Corner and T junctions
- Stack-bonded panels
- Differential movement control
- Above and below openings
In walls which have door and window openings, bed joint reinforcement can reduce the frequency of control joints. Reinforcement should be provided in the first and second courses above and below all openings and should extend no less than 600mm either side of the opening.
Bed joint reinforcement can also be used near the top of the structural walls abutting concrete roofs and to provide additional strength to parapet walls.
This product is supplied with a CE marking to demonstrate compliance with BS EN 845: Part 3.
The Ancon range of masonry reinforcement comprises AMR, AMR-X, AMR-CJ and SMR 225C. Click the links below for more information.
- Ancon AMR for reinforcing masonry panels
- Ancon AMR-X masonry reinforcement with cross wires
- Ancon AMR-CJ for collar-jointed walls
- Ancon SMR 225C for cavity walls
Expanded Metal Lath
Expanded stainless steel lath, to be embedded in mortar joints, for the reinforcement of brick and block in non-structural applications. Suitable for use in internal and external masonry leaves.
Building Information Modelling
We are proud to be a main sponsor of the annual Brick Awards which recognise excellence in the application of brick. The event will be held on Thursday 9th November 2017 at The Hilton, Park Lane, London.
Ancon’s commitment to business excellence has been further recognised with long tenure awards for two of the industry’s key systems management standards.