Stainless Steel Standing Seam Roof

2 7 soldering stainless steel 16 3traditional standing seam method 17 3 1 roof design 17 3 2 fasteners 18 3 3 folding operation 19 3 4 suitable roof shapes 21 4continuously welded standing seam 22 4 1 welding technology 22 4 2 folding technique 23 4 3 watertightness 24 4 4 green roofs 25 4 5 securing of seam welded roofs 26 4 6 suitable grades.

Stainless steel standing seam roof.

Steel is the most affordable choice and more fire resistant than other options. A 24 and 22 gauge steel can also be used. Clipless one piece positive locking standing seam panel that provides a timeless roof appearance. Standing seam roofs are generally made from thicker grades of steel than corrugated steel roofs.

And in most cases where nobody would expect damage at the drip edge. Learn more about our structural standing seam metal roof panels. 2 67 x 1 2 3 4 7 8 fss 18 standing seam roof. Standing seam roofing is a simple quick economic technique often using zinc copper to cater for demanding aspect of construction where unique aesthetic geometric requirements can be resolved.

Variable pan widths available from 230mm to 530mm. The panels are designed for application over open purlins and blanket insulation. Custom cut up to 6 metres. Standing seam roofing panels to order.

Stainless steel roofing and siding panels in the following profiles. The panels can be radius curved for special design effects. The height of the standing seam may be increased to a maximum of 38mm in extreme positions. Minimum roof pitch 2 rib height 25mm.

Standing seam steel roofing cost vertical seam steel roofing averages 3 to 4 50 per square foot. A 29 gauge model is thinner and will usually cost less than a 24 gauge. Structural design panels sdp provide a versatile economical solution for low slope roofs with outstanding resistance to wind loads. The angled standing seam must be a minimum of 25mm high when finished.

Panels should be secured to the roof substrate. Colonial seam continuous standing seam metal roof panel with an integral seam. A gap equivalent to 25 of the height of the seam should be allowed between upstands of adjoining panels to allow for thermal movement. Roof failure tends to be first visible at or around details like chimneys or other roof penetrations roof dormers ridges valleys hips gables etc.

While many corrugated steel roofs are made using the thinner 29 gauge steel a minimum of 26 gauge g 90 galvanized steel or more commonly galvalume steel better is used for manufacturing of standing seam metal panels.