The methods comprise providing one or more water resistant wall sheathing panels and installing the wall sheathing panel(s) on a wall structure of a building.

The wall lining has a lower region with a multi-layered construction.

The spline shaft (8) is fixedly mounted on the rear wall cover (10).

The wall covering (14) comprises a plurality of wall plate parts (15) with upwardly extending side edges (16).

The peripheral wall (4) is provided with a wall covering (14) which extends at least along a bottom, ring-shaped part of the inner surface of the peripheral wall (4).

According to the invention, a contact surface (A) of the cladding lies completely against the wall, at least in the non-deformed state, stabilising the intrinsically elastic wall cladding.

The reactor wall coatings can be formed in-situ during polymerization, on reactor walls initially free of a reactor wall coating, or having a pre-existing reactor wall coating.

A wet-room wall structure comprising a wall covering and a framework intended for erection against an existing wall.

The return springs (9) are mounted between the hub (1) and the rear wall cover (10).

The wall covering may also be panelling, stone, tile or similar materials, in which instances the operative portion of the component may protrude somewhat from the plate assembly so as to be positioned at the surface of the overlay material.

The groove wall lining is made from a second tread compound different than the first tread compound.

The polymeric coating on the fiber tissue or mat reduces paint consumption as compared with traditional glass fiber wall coating materials.

The shifting forks (6) are mounted on the rear wall cover (10) by the shifting fork fixed rods (7).

Disclosed are a breathable wall covering including olefin material and a production method thereof.

The roof panel (1) is connected to the lateral wall panel (2) and/or to the front roof frame (10) and/or to the rear roof frame (11) by means of an L-bar (20).