Flat Roof Insulations

PAROC ROB 60Image

PAROC ROB 60 (Roof board)

Roof board PAROC ROB 60 is non-combustible stone wool insulation for use as a top layer of existing and new flat roofs. The roof insulation board is developed to provide sustainable, hard and fire safe bedding for most types of flat roof coverings as well as insulating the bearing layer in renovation sites. The compressive stress of the product is 60 kPa.

PAROC ROB 80Image

PAROC ROB 80 (Roof board)

Roof board PAROC ROB 80 is non-combustible stone wool insulation for use as a top layer of existing and new flat roofs. The roof insulation board is developed to provide sustainable, hard and fire safe bedding for most types of flat roof coverings as well as insulating the bearing layer in renovation sites. The compressive stress of the product is 80 kPa.

PAROC ROB 80tImage

PAROC ROB 80t (Roof board)

Roof board PAROC ROB 80t is non-combustible stone wool insulation for use as a top layer insulation of existing and new flat roofs. The roof insulation board is developed to provide sustainable, hard and fire safe bedding for most types of flat roof coverings as well as insulating the bearing layer in renovation sites. The compressive stress of the product is 80 kPa. The roof board PAROC ROB 80t is faced with natural coloured glass fibre tissue.

PAROC ROS 30Image

PAROC ROS 30 (Roof slab)

Roof slab PAROC ROS 30 is non-combustible stone wool insulation for use as a load bearing thermal insulation layer of existing and new flat roofs. The roof insulation slab is developed to provide sustainable, hard and fire safe bedding for rigid top insulation layers as well as insulating the bearing layer in renovation sites. The suitable roof slab for flat roof will be chosen based on the product's mechanical properties and thermal conductivity. The compressive stress of PAROC ROS 30 is 30 kPa.

PAROC ROS 30gImage

PAROC ROS 30g (Roof slab)

Roof slab PAROC ROS 30g is non-combustible stone wool insulation for use as a load bearing thermal insulation layer of existing and new ventilated flat roofs. The roof insulation slab is developed to provide sustainable, hard and fire safe bedding for rigid top insulation layers as well as insulating the bearing layer in renovation sites. The suitable roof slab for flat roof will be chosen based on the product's mechanical properties and thermal conductivity. The compressive stress of PAROC ROS 30g is 30 kPa. The ventilation grooves in the surface of the board are installed upwards during the installation stage. These grooves enable the constant drying of the whole roof construction.

PAROC ROS 50Image

PAROC ROS 50 (Roof slab)

Roof slab PAROC ROS 50 is non-combustible stone wool insulation for use as a load bearing thermal insulation layer of existing and new flat roofs. The roof insulation slab is developed to provide sustainable, hard and fire safe bedding for most types of flat roof coverings as well as insulating the bearing layer in renovation sites. PAROC ROS 50 insulation is used in concrete and corrugated steel constructions as a single-layer insulation. The thickness of the insulation layer should be below 150 mm. The compressive stress of the product is 50 kPa.

PAROC ROS 60Image

PAROC ROS 60 (Roof slab)

Roof slab PAROC ROS 60 is non-combustible stone wool insulation for use as a load bearing thermal insulation layer of existing and new flat roofs. The roof insulation slab is developed to provide sustainable, hard and fire safe bedding for most types of flat roof coverings as well as insulating the bearing layer in renovation sites. PAROC ROS 60 insulation is used in concrete and corrugated steel constructions as a single-layer insulation. The thickness of the insulation layer should be below 120 mm. The compressive stress of the product is 60 kPa.

PAROC ROS 70Image

PAROC ROS 70 (Roof slab)

Roof slab PAROC ROS 70 is non-combustible stone wool insulation for use as a top layer of existing and new flat roofs. The roof insulation slab is developed to provide sustainable, hard and fire safe bedding for most types of flat roof coverings as well as insulating the bearing layer in renovation sites. The compressive stress of the product is 70 kPa.