PUR-PIR Roof Panels
The ACH PUR or PIR sandwich roofing panel is a self-supporting panel that offers excellent thermal insulation capacity. It provides a comprehensive roofing solution with the possibility of different aesthetic finishes and a wide variety of colors.
High thermal resistance
Easy assembly
Lightness
Mechanical resistance
PUR-PIR Roof Panels
ACH sandwich roofing panels with polyurethane (PUR) or polyisocyanurate (PIR) core are self-supporting panels that offer excellent thermal insulation capacity. Different profiles are available: 3-flange roof panel with or without flashing, 5-flange roof panel, COPPO roof panel or imitation tile. The fire classification of this range of products is from F to B-s2,d0 according to the European standard 13501-1. *With PIR core we do not manufacture panels with metallic paint or dark colors (for these colors always stone wool core).
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Our technology is a very personal thing
Sandwich panel covered with PUR (polyurethane) or PIR (polyisocyanurate) core with different profiles available as a 5-ribs or 3 ribs panel covered with visible fasteners, 3 ribs panel covered with flashing or COPPO panel that imitates the traditional tile. In ACH we have different options to adapt to each project.
PUR-PIR Roof Panels: Ventajas
High thermal resistance
Easy assembly
Lightness
Mechanical resistance
Structure of the panels
Steel Sheets
Galvanized steel S220GD according to EN10346 standard with thickness between 0.4 and 1.0 mm and metallic coating on request.
Organic coating according to EN10169 standard.
Can be manufactured in other materials such as stainless steel, aluminum, etc. Internal insulating core formed by polyisocyanurate foam or injected polyurethane.
Its own milling system guarantees the filling of the hollows of each profile.
The classification of polyisocyanurate or polyurethane core panels for reaction to fire is from F, C-s3,d0, B-s1,d0 to B-s2,d0.
Industrial buildings, sports centers, fairgrounds, food industry, acoustic protection in roads, industrial enclosures for large surfaces.
