Mounting walls with substructure made of sheet steel profiles and plasterboard panels on both sides
Metal stud wall systems are tailored to the application requirements by varying the plating quality, the number of slab layers and the stud work.
Metal stud wall systems are used as non-load-bearing internal partitions and meet the requirements of the application:
The metal stand wall system W111.de is plastered with one layer of plasterboard on each side. The planking quality determines fire protection and sound insulation properties. The studwork influences the wall system in terms of sound insulation and height.
The metal stand wall system W112.de is covered with two layers of plasterboard on each side. The planking quality and the framework determine the fire protection and sound insulation properties, as well as the robustness and ball impact resistance. The possible installation height is also influenced by the components plate and stud.
The metal stand wall system W113.de is covered with three layers of plasterboard on each side. The planking quality and the frame work determine the fire protection and sound insulation properties, as well as the robustness and ball impact resistance. The possible installation height is also influenced by the components plate and stud.
Mounting walls with a substructure of sheet steel profiles and one-sided planking of radiation protection plates.
X-ray examination rooms require structural radiation shielding to neighbouring rooms. Knauf Radiation Protection Systems are used in the field of X-ray diagnostics and X-ray therapy.
With Knauf Safeboard radiation protection plates and possibly a cover layer made of diamond plates, such constructions are particularly economical.
In the case of high radiation protection requirements (high lead equivalent), radiation protection trays are coated with Bleibelch radiation protection plates with 0.5-3 mm thick lead sheet lamination.
Knauf Cantilever ceilings are suspended ceilings which are fixed exclusively to the walls.
Knauf cantilevered ceilings are suspended ceilings which are fixed to the walls. A suspension from the raw ceiling is therefore no longer necessary.
The Knauf gypsum boards are screwed onto a metal substructure made of Knauf CW profiles as single or double profiles.
As suspended ceilings under solid ceilings, beamed ceilings and trapezoidal sheet metal ceilings used to improve the fire / sound or thermal insulation, for the production of a completely free installation level between raw ceiling and visible ceiling and to regulate the ceiling height.
The fire protection is effective depending on the ceiling system alone through the plasterboard ceiling or is obtained by the interaction of plasterboard ceiling and raw ceiling.
Mounting walls with a substructure made of sheet steel profiles and one-sided planking
Attachment shells consist of a metal substructure and a single-sided or multi-layer planking of Knauf panels. In the substructure insulation materials for sound and heat insulation and installations (electrical, plumbing, …) and support stand for sanitary objects can be installed.
They provide a significant improvement in the thermal and sound insulation of the existing wall.
“Dry” hollow floor system made of high-strength GIFAfloor gypsum fibre elements on hollow floor supports.
The hollow floor system GIFAfloor FHB is ideal for particularly fast construction. The high-strength gypsum fibre elements, designed as a single-layer or two-layer support layer, are mounted directly on the support elements and glued together. Very high cavities up to 119 cm are possible (depending on support). Depending on the version, requirements up to load class 12.5 are met.
Preference is given to using “dry” hollow floors in office and administration buildings when it comes to construction sites or when very high loads are applied.
Also in computer centres, training and research rooms as well as in workshops and production areas, they are often used. With the appropriate design requirements for sound, heat and fire protection can be met. It is also possible to ventilate, heat or cool the building via a “dry” hollow floor system.
