Wall Insulations

PAROC WAB 10t is a thin and rigid wind protection insulation board (lambda 0,036 W/mK), which is covered on one side with a thin fiberglass veil. It is used for wind protection of ventilated exterior walls in metal-framed industrial buildings. Thin large boards are used in two-layer insulation installations together with low-density insulation. The veil surface is installed in the direction of the ventilation gap.

The large-sized board is stiffened on one side with natural-colored translucent fiberglass veil which makes board easy to handle and quick to install. 

The longitudinal joints of the boards are easy to finish and seal with the PAROC Joint profile (XFM 002).

Wall slab PAROC WAS 25t is non-combustible stone wool insulation for existing and new ventilated external walls. The wall insulation slab is used as an external layer of two layer-systems in combination with another low-density thermal insulation layer. With a two-layer system it is easy to create a continuous thermal insulation layer with staggered joints to improve the thermal performance of the wall. The wall slab is faced with natural coloured glass fibre tissue.

Wall slab PAROC WAS 35t is non-combustible stone wool insulation for existing and new ventilated external walls. The wall slab insulation can be used in one layer-systems where the insulation and the surface layer against the ventilation cavity is taken care of by a single product. The wall slab is faced with natural coloured glass fibre tissue.

PAROC WAS 50t is a wall insulation slab coated with light fiberglass veil (lambda 0,034W/mK) for lightly ventilated facades (e.g. brick facades) in all fire classes. Thin boards are used as wind protection in two-layer insulation installations together with low-density insulation, and thick boards in single-layer insulation installations.

A natural color veil on the surface prevents surface erosion, facilitates the handling of thin and large boards and improves aesthetics during construction

In a two-layer installation, overlapping seams can be avoided and thus prevent the formation of air gaps passing through the insulation layer.

In a single-layer installation, both wind protection and thermal insulation are handled in one installation.