Preparation: The building’s substrate (the surface to which the stone will be attached) is inspected and prepared to ensure it is stable, clean, and suitable for fixing.
Anchor Selection: Depending on the type of stone, the building material, and the environmental conditions, suitable mechanical fixing anchors or brackets are chosen. These can vary in design, material, and load-bearing capacity.
Layout Planning: The layout of the stone cladding panels is planned, taking into consideration factors such as panel size, weight, spacing, and aesthetic considerations.
Anchor Installation: Anchors or brackets are attached to both the stone cladding panels and the building’s substrate. This is done using appropriate fasteners, such as screws, bolts, or other hardware.
Attachment: The stone cladding panels are mounted onto the anchors or brackets, ensuring a secure fit and proper alignment.
Finishing: Once the panels are attached, any visible hardware or fixing components are concealed or finished to maintain the desired appearance.
Mechanical fixing provides a reliable alternative to adhesive bonding methods in situations where the weight, size, or environmental factors require additional support and stability. It is commonly used in large-scale projects, high-rise buildings, and areas prone to high wind loads.
Proper design, engineering, and installation are crucial for the success of a stone mechanical fixing system. Experienced professionals with expertise in natural stone wall claddings and construction are usually involved to ensure that the cladding remains safe, secure, and aesthetically pleasing over the long term.