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Application

Suitable for applications requiring steel shingle cladding.

Description

GreenCoat ® PLX Colour Coated Steel Shingles for use in Fully Supported Facade Applications. Shingle cladding (also referred to as flat lock or single lock cladding) can be installed in horizontal and vertical panel systems or using small shaped tiles. The shingles can be square, rectangular, rhomboid, triangular or bespoke shapes and are popular in providing designers with a choice of finishes and patterns using traditional metals.

Shingles have folded hems approximately 25 mm wide, fixed to the substrate using cleats or clips. Due to the flexibility of the system and the many alternative shapes and sizes the designer has a wide choice of options.

General information

Color

Black

Grey

Silver

White

Gold

Show more

Finish

Coated

Material

Carbon steel

Shape

Other

Guidance for specification option:

Long strip standing seam.

Length

Bespoke

Manufacturer guidance

Recommended: 6 m horizontal, 4 m vertical (maximum).

Width

Bespoke

Manufacturer guidance

430 mm and 530 mm standard, bespoke width possible.

Height

Bespoke

Manufacturer guidance

25 mm seam height.

Warranty description

50 year

Guidance for specification option:

Technical guarantee.

Uniclass

Ss_25_20_50_11 Carbon steel sheet fully supported wall-covering systemsPrimary

CAWS

H31/10 Metal

H31/120 Metal profiled sheet self-supporting cladding/ roof covering

Specification data - Carbon steel sheet fully supported wall-covering systems

Classification data

System performance

-

Manufacturer guidance

Fully supported standing seam facade cladding.

Consult manufacturer for details and insert requirements.

Insulation

-

Manufacturer guidance

Shingle cladding does not have any specific requirement with regard to the insulation. Insulation must be structurally self-supporting or supported when installed so that it will not sag and form unvented voids or cause loss of thermal efficiency. An insulation used as a directly supporting substrate must have a minimum compression strength of 50 kPa (0.5 kg/cm²) with deformation limited to a maximum of 10%. The insulation must also be dimensionally stable up to 100°C. All insulation must be kept dry and protected prior to metal covering being laid.

Air and vapour control layer

Alutrix 600 / Metal Shield.

Guidance for specification option:

A compatible Primer to be used on porous substrates Some manufacturer's recommendations for warm wall cladding constructions require a minimum of 5 screw fixings per M2 through the VB, therefore this type of VB must have the properties of self-sealing around screw fixings when penetrated. In this instance, it is accepted that a VB with an aluminium foil face and a polymer bitumen core and self-adhesive properties offers the best performance.

Alutrix & Metal Shield comply with this requirement.

Manufacturer guidance

Vapour Barrier membranes must comply with EN 13859-2 must also be CE compliant.

For fully supported metal cladding the VB must have a minimum water vapour resistance of 4000 MNs/g and comply to BS SO 12572. The VB must have a resistance against a supported column of water 2 m high for a period of 15 minutes to comply with DIN EN 20811.

All wall cladding must have a vapour barrier regardless of being ventilated, unventilated cold or warm in design. The VB must be positioned below the insulation, or for vertical cladding, behind the insulation and on the warm side of the construction.

Carrier

As design.

Substrate

18 mm plywood exterior grade.

Guidance for specification option:

The European Standard is EN 636-3 - for use in exterior conditions including liquid, water or water vapour in damp but ventilated locations. Service Class 3 in Euro Code 5 covers plywood to be used in climate conditions leading to a higher moisture content than in service class 2.

The minimum board thickness must be 18 mm (or layers of thinner boards that combine to achieve the minimum 18 mm thickness for curved coverings). The plywood face laminate must be free of knots and defects and should as a minimum be "good one side". Shuttering ply is not suitable.

18 mm OSB-3 or better (oriented strand board).

Guidance for specification option:

Also known as sterling board, has been developed over the past 20 years and is formed by layered flakes of wood in specific orientation. Its wooden strips are compressed and bonded together with wax and resin adhesive.

It is comparatively cost effective and therefore has been increasingly used as a substrate for Cladding systems. However, care must be exercised when used as a substrate under traditional metal Cladding and should be protected from moisture during construction. It is advised that screw fixings are used to ensure good pull-out values.

24 mm timber or sarking board decking.

Guidance for specification option:

It complies with 8S5268: Part 2 (strength class SC3), or EN 1611-1:1999 (sawn timber normally with a maximum moisture content of 22%). There are some woods which are not compatible with Cladding metals, due to high acid content.

UK recommended practice is a range of 18 mm to 25 mm thickness, in widths of 100 mm to 125 mm and laid with 3–5 mm gaps between the boards parallel to the eaves. In some cases, because of the nature of the building's structure, a diagonal boarding layout is used.

It is particularly important to note that timber protectives, preservatives and adhesives used in plywood board construction can react with the cladding metal and if applicable, suitable separation layers must be used.

Rigid insulation.

Guidance for specification option:

Insulation must be structurally self-supporting or supported when installed so that it will not sag and form unvented voids or cause loss of thermal efficiency. An insulation used as a directly supporting substrate must have a minimum compression strength of 50 kPa (0.5 kg/cm²) with deformation limited to a maximum of 10%. The insulation must also be dimensionally stable up to 100C. Warm roof fixings including stainless toothed plate and sliding clip, plastic peg and fixing screws are used in conjunction with an insulated deck.

Composite panel.

Guidance for specification option:

The composite panel is constructed from factory produced interlocking steel or aluminium panels, encasing an insulation core (PIR or other). The panels are laid across the wall supporting rafters or rails.

The interlocking joints must be sealed with gaskets or sealant and taped according to the manufacturer's recommendations, with sealed metal closures to hips ridges, verges, eaves and penetrations. The total area and abutments must be sealed airtight. 0.7 mm thick outer face is recommended. This type of construction gives a good vapour sealed substrate and can be quickly constructed.

Non-combustibles.

Guidance for specification option:

Alternative non-combustible supporting substrates, such as metal profiled sheets and fire rated sheathing boards are now commonplace due to changes in building regulations. These are a direct substitute for plywood or similar and should be evaluated based on their pull-out values. When a metal profiled sheet is used, fixings must be rivets or self-drilling screws.

Metal profile deck.

Manufacturer guidance

In depth choice of base substrates, can be advised by Metal Solutions technical team.

Cavity barriers

-

Horizontal

To BS 9991.

Vertical

To BS 9991.

Sheet underlay

-

Material

ISO-Mat Pro® underlay.

Guidance for specification option:

Recommended for cladding applications.

Envirotect Class B-s1,d0 Fire Walling Membrane

Guidance for specification option:

For use when a non-combustible option is required.

Manufacturer guidance

The breather membrane must comply with EN 13859-2 for walls and must also be CE compliant.

The breather membrane must be fully supported, lapped and sealed and then further sealed to all surrounding abutments and surface penetrations.

Timber cores for batten roll joints

-

Fasteners to substrate

Stainless steel fixed and sliding clips.

Carbon steel

Carbon steel sheets 0.6 mm thick.

Vertical joints

-

Form

Single lock welt 18 mm.

Fasteners to substrate

Timber - stainless screw - SPT-R-S-4.3x20-RS.
Timber - annular ringshank nail - RSN-SS25.
Timber - paslode IM45 25 mm nail - 142201.
Metal - stainless screw - SX2-D9-4.8x22.
Metal - stainless screw - DS3-SS-SF-4.8x16.

System accessories

Flat Lock Clips.

Guidance for specification option:

30 mm clips – RFLC-30 – breather membrane.

Manufacturer guidance

All associated flashings to match can be fabricated from coil by Metal Solutions Ltd as per typical details and industry standards. Associated rainwater goods in various sizes and profiles are available in the same material.

System completion

Operation and maintenance manual.

Colour/ Finish

GreenCoat PLX Pural BT - Nordic Night Black.
GreenCoat PLX Pural BT - Mountain Grey.
GreenCoat PLX Pural BT - Anthracite Grey.
GreenCoat PLX Pural BT - Metallic Dark Silver.
GreenCoat PLX Pural BT - Metallic Silver.
GreenCoat PLX Pural BT - Quarry Grey.
GreenCoat PLX Pural BT - Snow White.
GreenCoat PLX Pural BT - Metallic Gold.
GreenCoat PLX Pural BT - Metallic Copper.
GreenCoat PLX Pural BT - Chestnut Brown.
GreenCoat PLX Pural BT - Cottage Red.
GreenCoat PLX Pural BT - Tile Red.
GreenCoat PLX Pural BT - Leaf Green.
GreenCoat PLX Pural BT - Silver Fir Green.
GreenCoat PLX Pro BT - Nordic Night Black.
GreenCoat PLX Pro BT - Mountain Grey.
GreenCoat PLX Pro BT - Anthracite Grey.
GreenCoat PLX Pro BT - Metallic Sterling.
Bespoke.

Guidance for specification option:

Bespoke colours available on request. Consult manufacturer for details and insert requirements.

Size and profile

-

Manufacturer guidance

Optimised shingle sizes will be based from available coil widths (although some colours will vary):

Typical sizes will be 530 x 530 mm, 430 x 430 mm and 230 x 230 mm visible face. All other sizes are available.

Consult manufacturer and insert requirements.

Weight

0.6 mm material weight 4.62 kg/m².

Guidance for specification option:

System weight dependent on seam centres.

Reaction to fire

To EN 13501-1, A1-s1,d0.

Sustainability data

Contains Red List materials

No

Country of material origin

Sweden

Country of product manufacture

United Kingdom

Material

Carbon steel
Carbon dioxide equivalent

Carbon dioxide equivalent, as defined in BS EN 15804

Self-declared

Stage
Normalised unit (kg CO₂ eq/kg)
Declared unit (kg CO₂ eq/kg)
Stage:A1–A3 ('Production stage')
Normalised unit : 2.63 (kg CO₂ eq/kg)
Declared unit : 2.63

Recyclability

95%

Recycled content

As defined in clause 7.8 of BS EN ISO 14021

20 %

Expected Life

50 year

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