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Key Features
• Panels may be laid vertically or horizontally - the same principles of sealing and flashing apply.
• Panels may have 'flat' or profiled external faces. Vertically laid panels with profiled faces can be detailed to minimise the thermal bridge. The liner and sill of the flat panel construction bridge the insulation and the Y value will be high.
• Internal trim should be typically 1.5mm thick, with sealed joints.
• Seal to wall/floor must be substantial to cater for inevitable variation in concrete/masonry.
• Ensure temporary fix for internal trim and fixing for drip flashings do not compromise air seals. Use rivets, and/or remove temporary hex head types, as work progresses.
• Use fasteners and seals recommended by manufacturers.

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