Description

PFA 1000. Insulating panel for façade cladding, with concealed fixing.

Panel designed for exterior façade cladding. It can be applied vertically or horizontally.
Its concealed fastening system protects the fasteners and gives it an aesthetically pleasing appearance.

Description

It consists of two profiled steel sheets interconnected by rigid Polyurethane (PUR B3, PUR B2) or Polyisocyanurate (PIR) foam insulation, providing excellent mechanical behaviour and the highest thermal insulation.
It is manufactured with a usable width of 1100 mm or 1000 mm only for the panel with external face.
Micro-profiled. The rest of the profiles are manufactured with a useful width of 1000 mm.
Fits laterally with other panels to cover a surface.
Fixing is done with a self-drilling screw in the socket area.

Dimensions:

Thicknesses:
- 40, 50, 60, 80 and 100 mm
Tolerance ± 2 mm
Useful width:
- 1000 mm
Tolerance ± 2 mm
Smooth finish (L)
Micro-profiled finish (M)
Panel y Acero Solutions S.L. - C/ Plástico, 10 - 19200 Azuqueca de Henares (GU) - Email: general@panelyacero.com Telf: 0034 949260554
Length:
According to the customer's request and subject to the following limits:
- Minimum: 4,000 mm* Minimum: 4,000 mm* Minimum: 4,000 mm* Minimum: 4,000 mm* Minimum: 4,000 mm
- Maximum: 1,500 mm* (except in panel with PIR foam)** (except in panel with PIR foam)**.
**Panels in PIR: maximum length: Micro-profiled 7.000 mm
Tolerance ± 2 mm
*On request for other sizes

Base material:

METAL SUPPORT
- Rolled steel (EN 508; EN 10143), galvanised (EN 10346) and prepainted (EN 10169)
Note: steel thickness on request. A minimum thickness of 0.6 mm is required for the Plain cladding panel.
COATING
- Standard: 5 μm primer + 20 μm polyester paint
- For special applications (1): PVDF, HDX
(1)On request
INSULATION CORE
- Polyurethane rigid foam - PUR B3, non-flammable class PND*.
- Polyurethane rigid foam - PUR B2, reaction to fire class B s2 d0
- Polyisocyanurate rigid foam - PIR, with reaction to fire class B s1 d0
- Average density: 40 kg/m3 ± 10%
- Thermal conductivity λ= 0,025 W/m.K
- CFC-free foam
Mechanical characteristics:
Adhesion (tensile strength on substrate) > 0,018 Mpa
Compressive strength for 10% deformation > 0.100 Mpa