Novatoit® Novatoit Acoustic Foam Panel OR+ Filling range : Thickness 32, 55 & 60 mm References : XA32 OR+ XA55 OR+ XA60 OR+ Free-standing range : Thickness 55 & 60 References : XA55R16 OR+ XA60R16 OR+ The Acoustic Foam Panels OR+ of the Veranda range are assembled by bonding techniques with two-component polyurethane which allow a very good mechanical behaviour and guarantee the quality. These panels are constituted by insulating foam in extruded polystyrene which offer : - A high thermal insulation - No resumption of humidity - An excellent mechanical strenght These panels are constituted by an anti-vibration elastomeric mass, which offer : The facings of acoustic foam panels are in aluminium alloy of 8/10th with a polyester lacquer outside white or with color (Rousillon, White ivory, brown 8004, slate). - An high acoustic absorption by damping the vibrations of sound waves from the exterior facing to impact noise. - An excellent puncture resistance - Excellent mechanical properties Prize-winner of the 2010 INPI innovation trophies Prize-winner of the 2010 DELOITTE Technology Fast 50 AV Composites ZA de la Massane 11 Av. des Joncades Basses 13210 Saint Rémy de Provence Tél. :+(33) 4 32 61 92 95 Fax: +(33) 4 90 15 43 39 Web : www.avcomposites.com Mail : [email protected] 10 years guarantee INPI Authorized Distributor : ETA Copyright AV Composites 09/2011 AV Composites panels and their systems of junction are the object of numerous patents !

Novatoit® Acoustic Foam Panel OR+ *** Specification sheet of the Acoustic Foam Panel OR+ *** 1- Covering: * Outside and internal facing Aluminium alloy (thickness = 8/10) lacquered with a polyester resin (80% gloss) and with a UV protective film. * Color chart : White 9010, White matt, Roussillon, Ivory 1015, Brown 8004, Slate (option inside : white granite aspect 9010) 5- Thickness Finished Panel : - Filling system : 32, 55 & 60 mm - Free-standing system : 55 & 60 mm 6- Properties : * Thermal loss coefficient U or K : U = K = 0.9 (32) - 0.5 (55) - 0.48 (60) W/K.m² * Thermal Resistance R : R=...