PAROC ROS 30g roof panel is non-combustible stone wool insulation used as load-bearing thermal insulation of existing and new flat roofs with ventilated insulation. The roof insulation board has been developed to provide a durable, hard and fireproof base for rigid, upper layers of insulation, as well as insulation of the supporting layer at renovation sites. The appropriate roof plate is selected based on the product's mechanical properties and thermal conductivity. PAROC ROS 30g stress at compression is 30 kPa, which means that the board can withstand 3000 kg / m2 of weight during assembly and use. This means that it is suitable for weight in normal conditions. Ventilation grooves on the surface of the plate are installed by hand during installation. Grooves allow permanent drying of the entire roof structure.

Rigid, fireproof stone wool slab with high thermal insulation properties. Is a bottom plate in a two-layer insulation solution. Most commonly used with the PAROC ROB 60 top plate, which occurs directly under roofing coatings. The bottom plate in the two-layer PAROC AIR system, with special ventilation grooves.

Application

Non-flammable, stone wool slab for thermal, fire and sound insulation of the roof in flat, low slope (1:40). Used as a bottom plate in two-layer insulation of concrete or sheet metal flat roofs in non-ventilated. Together with the PAROC ROB 60 insulating top plate, they form an excellent thermo-mechanical system protecting a flat roof. The plate has ventilation grooves and is part of the PAROC AIR system.

Strength

Invariability of reaction to fire when exposed to heat, factor in climate and time of use: Fire properties of mineral wool do not deteriorate with time. The European classification of the product is related to the content of the organic binder, which does not increase over time.
Unchanging thermal resistance under the influence of heat, factor in climatic conditions and time of use: Thermal conductivity of a mineral wool product is unchanged over time, years of experience have shown that the structural fibers are stable and that there are no gases other than atmospheric air in the pores of the product