Ultralight Poplar XPS Sandwich Panel

Ultralight Poplar XPS Sandwich Panel with an insulating XPS (extruded polystyrene) core combined with plywood that is made of 100% European poplar from sustainable plantations.

Its light-coloured poplar faces and premium-quality inner veneers make it ideal for painting, laminating/filming and for digital and screen printing.

The extruded polystyrene (XPS) used for the Ultralight core as insulation is an HBCD-free
flame retardant component and contains none of the foam blowing agents CFC and HCFC.
According to Specification STM-S-001, Index D (2014), Ultralight possesses a very low
smoke gas index and has been classified as F1, a material of low toxicity.

Combining the excellent mechanical properties of Garnica plywood - lightweight, stable and easily machinable - with an insulating and ultralight material such as extruded polystyrene, produces a panel with improved performance.

Also available in a laminated decorative finish in a variety of uniform colours and wood textures – for an attractive appearance and exceptional resistance to impact and scratching.

Composition: Poplar Ply 4.5mm/ XPS core/ Poplar Ply 4.5mm

Glue Type: Class I (interior) according to EN 636

Density: 227 kg/m³

Panel weight: 15mm - 12.6 kg (4.1 kg/m²), 18mm - 12.5 kg (4.1 kg/m²)

Emissions: Class E1 according to EN 13986

Face grade: BBA/BBA: BBA faces with natural colouring of the poplar heartwood and occasional presence of knots. Both faces closed and repaired*. Ideal for lamination with standard HPL and veneers.

* Except for thin panels (3-ply), in which only the top face is repaired.

• Exceptional lightness of 227 kg/m³ (Density: total thickness of 18 mm (4.5 + 9 + 4.5 composition) ± 5% tolerance.)
• Exceptional thermal and acoustic insulation. 
• Dimensional stability. Excellent results in terms of elasticity and modulus of rupture.
• Easily machinable.
• Sustainably sourced from the certified European plantations.
• Available with a laminated coating.

 “R” thermal resistance, m²·K/W (kelvins per watt): 15mm - 0.411, 18 mm - 0.496

“U” thermal transmittance (W/m²K): 15 mm - 2.44, 18 mm - 2.01