STANDING SEAM TECHNICAL DETAILS

Size in fitted area: Panel width: 425 mm or 550 mm Panel lengths: Lengths from 0.5 to 25 m are possible because of the particularly low thermal expansion of Roofinox stainless steel

Material: All Roofinox surfaces & alloys Fastening: Covered, with stainless steel clips (Roofinox sliding and solid clips) Subsurface: Full boarding, separating layer recommended Two types available: Angle seam and double standing seam

Double standing seam: From 3°. Please note country-specific standards and technical regulations Weight: Width 425 mm: 4.7 kg / m2 Width 550 mm: 4.5 kg / m2

The most traditional among metal roofs – and for good reason. The double lock standing seam is well-established in traditional craftsmanship and stands for the highest level of workmanship. A clear, linear structure is produced by the double standing seam. The very lean profile is suitable for both traditional and modern architecture, and different visual effects can be achieved by changing the width.

AXIS TECHNICAL DETAILS

Size in fitted area: Axis 56: 562 x 2437 mm Axis 56s: 562 x 1219 mm
Material: All Roofinox surfaces & alloys Fastening: Covered, with stainless steel clips (Roofinox sliding clips)

Subsurface: Full boarding > 24 mm, separating layer recommended, from a normal snow load of 3.25 kN / m2 (CH: Altitude 925 m above sea level) or in the terrain categories 0, I or II, a bitumen separating layer is required.

Roof incline: From 25° (approx. 47%) Please note country-specific standards and technical regulations Weight: Axis 56: 4.5 kg / m2 Axis 56s: 4.6 kg / m2

TARTAN TECHNICAL DETAILS

Size in fitted area: 437 x 437 mm (W x L)

Material: All Roofinox surfaces & alloys Fastening: Covered, with stainless steel clips (Roofinox sliding clips) Subsurface: Full boarding > 24 mm, separating layer recommended, from a normal snow load of 3.25 kN / m2 (CH: Altitude 925 m above sea level) or in the terrain categories 0, I or II, a bitumen separating layer is required.

Roof incline: From 25° (approx. 47%) Please note country-specific standards and technical regulations,

Weight: 5.2 kg / m2.

Roofinox Tartan is the modern interpretation of a traditional design. With its scale-like overall appearance, this roof covering is reminiscent of centuries of established metal working tradition, yet it has much more to offer in terms of weather resistance, durability and design freedom.

METRO TECHNICAL DETAILS

Size in fitted area: Metro: 270 x 443 mm (W x L)

Material: All Roofinox surfaces & alloys Fastening: Covered, with stainless steel clips (Roofinox sliding clips)

Subsurface: Full boarding > 24 mm, separating layer recommended, from a normal snow load of 3.25 kN / m2 (CH: Altitude 925 m above sea level) or in the terrain categories 0, I or II, a bitumen separating layer is required

Roof incline: From 25° (approx. 47%) Please note country-specific standards and technical regulations Weight: 5.6 kg / m2

The ideal choice for the modern builder. The parallel diagonals in the rhomboid panel create a dynamic surface structure, and changing light conditions produce a vibrant effect depending on the position of the sun. Roofinox Metro is also used when a specific alignment is required. Used over a large area, Metro paints a homogeneous yet dynamic picture.

MANSARD TECHNICAL DETAILS

Size in fitted area: 247 x 247 mm (W x L)

Material: All Roofinox surfaces & alloys Fastening: Covered, with stainless steel clips (Roofinox sliding clips)

Subsurface: Full boarding > 24 mm, separating layer recommended, from a normal snow load of 3.25 kN / m2 (CH: Altitude 925 m above sea level) or in the terrain categories 0, I or II, a bitumen separating layer is required

Roof incline: From 25° (approx. 47%) Please note country-specific standards and technical regulations Weight: Mansard: 6.2 kg / m2

The pointed design of the Roofinox Mansard rhomboid panel creates an extraordinarily elegant look – the different effects in modern and traditional architecture are exciting. The Mansard rhombus is particularly valued because of its overall textile-like structural appearance. As a result of the partial use of the pointed rhombus, parts of buildings are attractively emphasised and made more accessible, creating a homogeneous, finely structured image over a large area.