The PHOENIX SOLAR MINERAL is specifically designed for application on waterproof roofing the GENERAL SOLAR PV photovoltaic module. It is exclusively made with selected poly-alpha-olefin amorphous polymers (APAO) characterized by high adhesiveness, which allow to achieve flexibility at low temperatures equal to -35 ° C, a value much higher than that of best SBS membranes.
The PHOENIX SOLAR MINERAL CUT FIRE is specifically designed for application on waterproof roofing the GENERAL SOLAR PV photovoltaic module. It is exclusively made with selected poly-alpha-olefin amorphous polymers (APAO) characterized by high adhesiveness, which allow to achieve flexibility at low temperatures equal to -35 ° C, a value much higher than that of best SBS membranes. This feature, which allows easy product adaptability during installation, is maintained unchanged over time. Then the APAO -35° C compound is extremely resistant to UV rays action. PHOENIX SOLAR CUT FIRE is therefore a "non-ageing" membrane, not affected by thermal ageing and providing long service life of roofing, just as required by specific intended use (photovoltaic roofing). The specific flame retardant additive allows these membranes to counteract the action of external fire, without compromising the peculiar technical features.
The reinforcement used in the bituminous membranes of the PHOENIX SOLAR MINERAL series consists of a non-woven polyester fiber of continuous yarn (spunbond) stabilized with glass, with an isotropic behavior, rot-proof.
This reinforcement is defined as "composite" because of the excellent mechanical characteristics such as the ultimate tensile strength, elongation and tear strength of the polyester are added to the exceptional qualities of thermal stability of the glass. The membranes with excellent dimensional stability are of high performance and avoid shrinkage to the waterproof covering even on heavily stressed roofs. Armatures with high mechanical characteristics - tensile strength, elongation at break, tear resistance.
MINERAL PROTECTION
