4 Results: New & Used in insulation in Campbellfield 3061, VIC

RadiantShield Premium 30 m2 (135 cm wide x 22.25 m long) Our Premium range is suitable for large-scale building operations. RadiantShield Premium comprises a 4 mm XPE foam core. Although XPE and EPE may look similar, their construction has significant differences. Notably, with this product, we've achieved compliance with the flammability requirements for building materials as stipulated under the BCA. The outside surface is made of polished aluminium, as usual. Still, it's also reinforced wi

Solavis RadiantShield Insulation has been developed as both a vapour barrier and a high-performance insulation. RadiantShield is designed to combat heat gain and heat loss in all three forms (radiation, convection, and conduction), resulting in thermal performance superior to a good deal of conventional insulation. Solavis RadiantShield is a clean, safe and fibre-free insulation designed to replace conventional bulk insulation. It is in full compliance with ASNZS 4859.1 and achieves over R3.0 f

If you have a rural property or agricultural shed that needs roofing and wall cladding this is the deal you have been waiting for. Premium thermal performance insulated panel made in Victoria and used on commercial and agricultural buildings. Topside BlueScope steel, insulation PIR core and underside BlueScope steel in one composite panel. We have over-runs and scratch and dent product that will not be sent to Tier 1 projects that needs to be cleared, these products normally sell for $80-$120m2

SOLAVIS RadiantShield Plus (EPE 4mm foam) 1.2m wide x 25m long = 30 square meters Product description: Closed Cell Foam coated with aluminum foil on both sides, reflecting heat in summer and winter EPE FOAM as an insulation core is sandwiched by reflective silver foil layers (96-percent reflectivity). The aluminum foil reflects heat very well; hence, the reflective category of insulation is widely used in modern buildings. The inner and outer aluminum layers reflect the radiant heat t