A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INSULATED AND PREFINISHED WALL PANEL AND WALL CLADDING ASSEMBLY
Abstract A first aspect provides a wall panel assembly 100 comprising a wall frame 20 having steel C section members. Glue 30 is applied to one face 24 of the wall frame 20. The glue 30 used in the example is an epoxy based glue or a quick drying foam based glue. External cladding 40 is then mounted to the face 24 of the wall frame 20. The preferred external cladding 40 is high density polystyrene, 75 mm thick and 2500 mm long by 1200 wide. Fibreglass mesh is installed onto external surfaces of the wall cladding 40. Metal capping plates 42, if required, are installed to edge faces of the wall cladding 40 for protecting the edges faces and to hold the fibreglass mesh in place. Render 50 is then applied to the external surfaces of the wall cladding 40 having the fibreglass mesh. The preferred render is acrylic based which is applied to the fibreglass mesh fixed to the cladding 40. In an alternative form, chopped fibreglass fibre maybe pre-mixed with the acrylic render and the render mix then applied to external surfaces of the wall cladding 40. A second aspect provides an external cladding 110 comprising a core of high density polystyrene 111, in VH grade or better. The preferred thickness is 75 mm and can be in sizes up to 5000 mm long by 1200 mm wide. The polystyrene panel core 111 is coated with a sprayed on urethane hard coat 112 nominally 1 mm thick. _ _ _ _ _ _ _ _ _ 22b _ _ 20 22a 22a 22a 22c ---------------------------- I FIGURE 1 22e 22ca
INSULATED AND PREFINISHED WALL PANEL AND WALL CLADDING ASSEMBLY
Abstract A first aspect provides a wall panel assembly 100 comprising a wall frame 20 having steel C section members. Glue 30 is applied to one face 24 of the wall frame 20. The glue 30 used in the example is an epoxy based glue or a quick drying foam based glue. External cladding 40 is then mounted to the face 24 of the wall frame 20. The preferred external cladding 40 is high density polystyrene, 75 mm thick and 2500 mm long by 1200 wide. Fibreglass mesh is installed onto external surfaces of the wall cladding 40. Metal capping plates 42, if required, are installed to edge faces of the wall cladding 40 for protecting the edges faces and to hold the fibreglass mesh in place. Render 50 is then applied to the external surfaces of the wall cladding 40 having the fibreglass mesh. The preferred render is acrylic based which is applied to the fibreglass mesh fixed to the cladding 40. In an alternative form, chopped fibreglass fibre maybe pre-mixed with the acrylic render and the render mix then applied to external surfaces of the wall cladding 40. A second aspect provides an external cladding 110 comprising a core of high density polystyrene 111, in VH grade or better. The preferred thickness is 75 mm and can be in sizes up to 5000 mm long by 1200 mm wide. The polystyrene panel core 111 is coated with a sprayed on urethane hard coat 112 nominally 1 mm thick. _ _ _ _ _ _ _ _ _ 22b _ _ 20 22a 22a 22a 22c ---------------------------- I FIGURE 1 22e 22ca
INSULATED AND PREFINISHED WALL PANEL AND WALL CLADDING ASSEMBLY
GOLLEDGE MALCOLM ALEXANDER (author) / GOLLEDGE LYNDON JAMES (author)
2020-09-17
Patent
Electronic Resource
English
INSULATED AND PREFINISHED WALL PANEL AND WALL CLADDING ASSEMBLY
| European Patent Office | 2016
Insulated and prefinished wall panel and wall cladding assembly
| European Patent Office | 2017