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Key Features
• It is assumed that this will result in a lower thermal bridge, and be more straight forward to air seal, than a design where the wall runs straight up to the roof liner, around all the purlins.
• Thermal bridging can be minimised by ensuring the liner and outer sheets never cut across the insulation layer.
• Cleader angles are required to provide support and air sealing between purlins.
• Joints must be structural and not interfere with seals. Fasteners, securing cleaders, must not interfere with liner seals.
• Many combinations of cladding and materials are possible, which would still achieve similar thermal bridge and air seal performance.

Built-Up Systems Details

Ridge - Twin Skin
Corner - Twin Skin
Window/Door Jamb - Twin Skin
Window/Door Head - Twin Skin
Window Sill - Twin Skin
Eaves - Twin Skin
Sill - Twin Skin
Verge - Twin Skin
Parapet Top - Twin Skin
Parapet Verge - Twin Skin
Parapet Gutter - Twin Skin
Overhanging Eaves - Twin Skin
Overhanging Eaves - Twin Skin (No Liner Bridge)
Overhanging Verge - Twin Skin
Hip - Twin Skin
Hip Valley - Twin Skin
Valley Gutter - Twin Skin

Composite Panel Systems Details

Ridge - Composite Panels
Corner - Composite Panels
Window/Door Jamb - Composite Panels
Window/Door Head - Composite Panels
Window Sill - Composite Panels
Eaves - Composite Panels
Sill - Composite Panels
Verge - Composite Panels
Parapet Top - Composite Panels
Parapet Verge - Composite Panels
Parapet Gutter - Composite Panels
Overhanging Eaves - Composite Panels
Overhanging Verge - Composite Panels
Hip - Composite Panels
Hip Valley - Composite Panels
Valley Gutter - Composite Panels