PETRALIGHT mineral wool, 50 mm / 5 cm
Manufacturer: Petralana
Board dimensions: 1200 mm × 600 mm
Declared thermal conductivity λ: 0.035 W/(m·K)
Available thicknesses: 50, 75, 100, 120, 150, 180, 200 mm
Boards per pack: 15 (10.80 m²)
Sold in packs!
Minimum order quantities apply.
Grade: 1
Price unit: board
Minimum order: 1 pack (15 boards, 10.8 m²)
Sold only in full packs.
Sales unit: pack (15 boards, 10.8 m²)


PETRAROOF-B mineral wool, 50 mm / 5 cm
Manufacturer: Petralana
Board dimensions: 1200 mm × 2000 mm
Declared thermal conductivity λ: 0.036 W/(m·K)
Available thicknesses: 50, 60, 110, 120, 150, 160, 200, 210 mm
Boards per pallet: 24 (57.60 m²)
Sold by the pallet.
Minimum order quantities apply.
Grade: 1
Price unit: board
Minimum order: 1 pallet (24 boards, 57.6 m²)
Sold only in full pallets.
Sales unit: pallet (24 boards, 57.6 m²)

PETRAROOF-D mineral wool, 50 mm / 5 cm
Manufacturer: Petralana
Board dimensions: 1200 mm × 2000 mm
Declared thermal conductivity λ: 0.037 W/(m·K)
Available thicknesses: 50, 80, 100, 120, 150 mm
Compressive stress: CS(10)40 kPa
Boards per pallet: 24 (57.60 m²)
Sold by the pallet.
Minimum order quantities apply.
Grade: 1
Price unit: board
Minimum order: 1 pallet (24 boards, 57.6 m²)
Sold only in full pallets.
Sales unit: pallet (24 boards, 57.6 m²)- Sale

termPIR ETX PIR insulation board 50 mm
Rigid polyisocyanurate (PIR) insulation
Thickness: 50 mm / 5 cm
Contact us for a quote for your order.
Sales unit: one board, 0.72 m²
Board dimensions: 1200 × 600 mm
Area per board: 0.72 m²
1 pack 600 × 1200 mm = 10 boards / 7.20 m²
Core material: polyisocyanurate (PIR)
Gas-permeable glass fleece facing for a render system
Density: 30 kg/m³
Grade: 1
Thermal conductivity λ: 0.027 W/(m·K)
PIR boards with a glass fleece facing intended for a compatible render system.Quantity prices per square metre Quantity Net / m² Gross / m² Up to 100 m² 13,55 € 16,67 € 100–200 m² 12,51 € 15,39 € From 200 m² 11,99 € 14,75 € - Sale

Steel frame for a hall or shelter, 6 m span
4 m module, mono-pitch roof with frame beams
Height at the wall: 4000 mm
Length: multiples of 4 m
GALVANIZED steel structure
Indicative price per m² of floor area
based on a modular hall 12 linear metres long (72 m²)
Frame: 6 m wide × 12 m long × 4 m high
The frame price includes:
• side-wall and gable columns,
• roof beams (rafters),
• roof and wall bracing,
• ties,
• complete technical documentation, including
structural calculations and erection drawings. - Sold out

Recticel EuroWall PIR insulation board, 60 mm
Rigid polyisocyanurate (PIR) foam insulation
Thickness: 60 mm / 6 cm
Edge joint: tongue and groove
Board width: 1,200 mm
Board length: 600 mm
Sales unit: one board
Area per board: 0.72 m²
The price shown is per board.
One pack: 24 boards (600 × 1,200 mm), covering 17.28 m²
Insulation core: polyisocyanurate (PIR)
Gas-tight facing: aluminium-laminated paper
Density: 30 kg/m³
Grade: 1
Thermal conductivity λ: 0.022 W/(m·K) - Sold out

60 mm rigid PIR insulation boards
Rigid polyisocyanurate (PIR) foam insulation
Thickness: 60 mm / 6 cm
Edge profiles listed: simple / overlap / join
Board width: 1,200 mm
Board length: 2,400 mm
Sales unit: m²
Foam type: PIR (polyisocyanurate)
Grade: second grade
Sold as whole boards of 2.88 m² each.
Applications: thermal insulation for pitched and flat roofs, façades, walls and floors. - Sale

termPIR ETX PIR insulation board 60 mm
Rigid polyisocyanurate (PIR) insulation
Thickness: 60 mm / 6 cm
Contact us for a quote for your order.
Sales unit: one board, 0.72 m²
Board dimensions: 1200 × 600 mm
Area per board: 0.72 m²
1 pack 600 × 1200 mm = 10 boards / 7.20 m²
Core material: polyisocyanurate (PIR)
Gas-permeable glass fleece facing for a render system
Density: 30 kg/m³
Grade: 1
Thermal conductivity λ: 0.027 W/(m·K)
PIR boards with a glass fleece facing intended for a compatible render system.Quantity prices per square metre Quantity Net / m² Gross / m² Up to 100 m² 15,09 € 18,57 € 100–200 m² 13,93 € 17,14 € From 200 m² 13,35 € 16,42 € - Sale

Steel frame for a hall or shelter, 8 m span
4 m module, duo-pitch roof with frame beams
Height at the wall: 4 m
Length: multiples of 4 m
GALVANIZED steel structure
Indicative price per m² of floor area
based on a modular hall 48 linear metres long (384 m²)
Frame: 8 m wide × 48 m long × 4 m high
The frame price includes:
• side-wall and gable columns,
• roof beams (rafters),
• roof and wall bracing,
• ties,
• complete technical documentation, including
structural calculations and erection drawings. - Sold out

Recticel EuroWall PIR insulation board, 80 mm
Rigid polyisocyanurate (PIR) foam insulation
Thickness: 80 mm / 8 cm
Edge joint: tongue and groove
Board width: 1,200 mm
Board length: 600 mm
Sales unit: one board
Area per board: 0.72 m²
The price shown is per board.
One pack: 6 boards (600 × 1,200 mm), covering 4.32 m²
Insulation core: polyisocyanurate (PIR)
Gas-tight facing: aluminium-laminated paper
Density: 30 kg/m³
Grade: 1
Thermal conductivity λ: 0.022 W/(m·K)

LIGHT mineral wool core sandwich panel
Thickness: 80 mm
Available thicknesses: 80, 100, 120, 150
Core: mineral wool (nominal apparent density 90 kg/m³)
Outer facing: galvanised, coated steel sheet
Inner facing: galvanised, coated steel sheet
Available colours: RAL colour range
Reaction to fire: A2-s1,d0
Sound insulation: Rw≥32, RA1≥29–30, RA2≥28–29
Production and logistics minimum quantities apply
Applications:
Industrial halls
Production buildings
Retail and commercial pavilions
Price unit: m²
Minimum order: 50 m²
Sales unit: m²

Sound-absorbing ACOUSTIC sandwich panel
Perforated, with an MWF mineral wool core
Thickness: 80 mm
Quoted price applies to orders from 100 m²
Available thicknesses: 80, 100, 120, 150
Core: rigid mineral wool
Outer facing: galvanised, coated steel sheet
Inner facing: perforated galvanised, coated steel sheet
Available colours: RAL colour range
Sound insulation rating: 35 dB
Sound absorption coefficient: 0.65 to 0.75
Applications:
Cinemas
Concert halls
Sports halls
Industrial halls
Production buildings
Retail and commercial pavilions
Recording studios
Smaller quantities are quoted individually.


