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Preface Reinforced brickwork is preferable to un-reinforced brickwork in all types of buildings. When embedded into the normal thickness of the brickwork joint at every third joint, it forms an integral structure, which is strengthened against vibration, temperature change, and tensional stresses (especially on the reclaimed ground). Advantages It is an expanded steel mesh with continuity of steel. It has no joints, welds, or interweaving to fail under stress. The mesh is anchored immovably so that the reinforcement cannot slip under tension. This is the only type of brickwork reinforcement to give such a unique combination of all these advantages. Laying Instructions The mesh should be laid flat and set in the brickwork joints. The reinforcement must be completely embedded in the mortar. To be assured of its effectiveness, it is normally laid on every third brickwork joint. Overlapping must be at least 75mm (3″).
Preface Reinforced brickwork is preferable to un-reinforced brickwork in all types of buildings. When embedded into the normal thickness of the brickwork joint at every third joint, it forms an integral structure, which is strengthened against vibration, temperature change, and tensional stresses (especially on the reclaimed ground). Advantages It is an expanded steel mesh with continuity of steel. It has no joints, welds, or interweaving to fail under stress. The mesh is anchored immovably so that the reinforcement cannot slip under tension. This is the only type of brickwork reinforcement to give such a unique combination of all these advantages. Laying Instructions The mesh should be laid flat and set in the brickwork joints. The reinforcement must be completely embedded in the mortar. To be assured of its effectiveness, it is normally laid on every third brickwork joint. Overlapping must be at least 75mm (3″).
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