EXTERIOR:
• Exposed side 25 μm polyester coating with a PVC protective film (protects
against solar radiation). The film must be removed no later than 10 weeks after
the production date (visible on the longitudinal joint of the panel).
• Profile 6 = Standard, for other profiles see FP-P PROFILE options
• Metal gauge: 0.6 mm (smaller metal gauge on request)
INTERIOR:
• Exposed side 25 μm polyester coating with a PVC protective film (protects
against solar radiation). The film must be removed no later than 10 weeks after
the production date (visible on the longitudinal joint of the panel).
• Profile 1 = standard (profile 2 and 3 on request)
• Metal gauge: 0.5 mm (smaller metal gauge on request)
INSULATION CORE:
• PIR+/polyurethane rigid foam manufactured in continuously foamed process
with reduced thermal conductivity of 0.019 W/mK, approx. 95 % closed cells,
securely attached to the steel sheet
• Density approx. 40 kg/m³, absolutely no chlorofluorocarbons or halogenated
chlorofluorocarbons − pentane foam process
FIRE BEHAVIOUR:
• In line with EN 13501-1, Euroclass Bs1d0
STANDARD COLOURS:
• In accordance with BASIC colour range
PANEL CONNECTION:
• Double tongue and groove system in which the special labyrinth profile allows
the screw head to be countersunk and fully covered by the next panel – covered,
concealed mounting. The integrated seals guarantee maximum wind proofing.
The panels interlink precisely with no thermal bridge. The PREMIUM FP-P facade
panel offers outstanding structural characteristics, as well as enabling even
greater span widths through the use of the pressure distribution plate.
SPECIFICATIONS: Download from www.brucha.com
EXTERNAL MONITORING: National and international tests, quality standards
PIR+ Facade − FP-Design+
Standard DESIGN AND SURFACES
Coil-coated, hot-dip galvanised steel sheet
Concealed mounting
Thickness: 80 mm - 200 mm
Manufactured lenghts: max. 16,0m (extra-long transport of 13,6m)
Sound insulation: 26 dB at 60/80 mm; 27 dB from 100 mm core thickness
Core thickness: 80 100 120 140 160 180 200
U-value W/m²K as per EN 14509: 0.288 0.225 0.186 0.159 0.138 0.124 0.110