Panel Core Insulations

Metal panel core slab PAROC CES 60CS100 is non-combustible stone wool insulation for metal sandwich panels used in internal and external walls. The slabs are cut into lamellas by the panel manufacturer. This insulation lamella has good compression properties.

Concrete panel slab PAROC COS 5 is non-combustible stone wool insulation for pre-cast concrete building panels and in-situ castings. The compressive stress of the slab is 5kPa, which means that the slab can carry a 500kg/m2 load during the casting. Excellent water vapour permeability of the stone wool allows moisture to dry through the insulation. This means that panels dry fast and interior work can be started earlier.

Concrete panel slab PAROC COS 10 is non-combustible stone wool insulation for pre-cast concrete building panels and in-situ castings. The compressive stress of the slab is 10 kPa, which means that the slab can carry a 1000kg/m² load during the casting. Excellent water vapour permeability of the stone wool allows moisture to dry through the insulation. This means that elements dry fast and interior work can be started earlier.

Concrete panel slab PAROC COS 15 is non-combustible stone wool insulation for pre-cast concrete building panels and in-situ castings. The compressive stress of the slab is 15 kPa, which means that the slab can carry a 1500 kg/m² load during the casting. Excellent water vapour permeability of the stone wool allows moisture to dry through the insulation. This means that panels dry fast and interior work can be started earlier.

Concrete panel slab PAROC PreCast is non-combustible stone wool insulation for pre-cast concrete building elements. The compressive stress of the slab is 5kPa, which means that the slab can carry a 500kg/m² load during the casting. Excellent water vapour permeability of the stone wool allows moisture to dry through the insulation. This means that elements dry fast and interior work can be started earlier. PAROC PreCast insulation has extremely low thermal conductivity which reduces the total thickness of the concrete element.