At Salamander, innovation drives everything we do — shaping the future of cladding.
We have put more than 5years of expertise and innovative spirit into developing Salamander.
To deliver exceptional brick slip solutions that inspire and endure, transforming spaces into lasting works of art.
Salamnder BrickSlip system comprises preformed 1 to 4 MultiRow profiled steel sections specially to allow fired clay brickslips to be pushed in, providing a mechanical fix. The vertical and horizontal joints between the brickslips are then pointed to provide a traditional brickwork finish.
The standard brickslip dimensions of 215 x 65mm to match standard UK brick size.
Alternative brickslip sizes are available upon minimum quantity order. All brickslips have a thickness of 20mm.
Yes. One piece external returns (215 x 102mm) or cut and bonded corners. Corners can be supplied as prefabricated at factory or supplied loose to be bonded at site
Anti-corrosive M5.5 or 4.8 self-drilling screws with epdm washer. The system is fixed to vertical supports at maximum of 600mm centres.
Salamander has a specific range with no direct equivalent in traditional brick. Colours, glazes and textures are applied and fixed into the surface of the brickslip during firing. The Salamander brochure shows a range of finishes but other colours and finishes can be developed.
The Salamander system (brickslips, profiles and mortar) has an overall weight of approximately 46 kg/m2.
Yes. Salamander can be used for soffits.
No restrictions on building height.
Salamander can be used where the maximum design wind load does not exceed ±2 kN/m2.
Vertical movement joints to allow for horizontal movement should be provided through brickslip, mortar and steel sections at 10 to 12m centres in the brick cladding. They should extend throughout the full height of the building including parapets etc. Movement joints in the structure of the building should be carried through to the face of the cladding. Horizontal joints to allow for vertical movement should be provided at maximum 9m centres generally and more frequently in timber framed structures.
Provision for movement is the responsibility of the project designer/engineer.
Please contact SBSI with any sample requests.