Fischer Hex Problem Solver Frame Fixing SXRL-FUS (Per Box)

The fischer frame fixing SXRL-FUS is approved along with the fischer hexagon head screw with moulded washer and integrated bit holder TX50 for multiple fixings of non-load-bearing systems in masonry, concrete, and aerated concrete. The two expansion zones in the fixing induce forces equally into perforated masonry, these combine to form a long expansion element in aerated concrete and solid building material. The frame fixing with the safety screw made out of zinc-plated steel is suitable for fixings of façade, ceiling and roof substructures made of metal.

Applications

• Façade, ceiling and roof substructures made of wood and metal
• TV consoles
• Kitchen cabinets
• Wardrobes
• Squared timbers
• Windows
• Gates and doors
• Facade substructures under compression load (e.g. made of aluminium without wall brackets)

Versions

• zinc-plated steel

Building materials

Approved for:

• Vertically perforated brick
• Aerated concrete
• Hollow blocks made from lightweight concrete
• Perforated sand-lime brick
• Thermal insulation blocks
• Solid block made from lightweight and normal weight concrete
• Solid brick
• Solid sand-lime brick
• Concrete ? C12/15

Also suitable for:

• Natural stone with dense structure
• Solid panel made from gypsum

Advantages

• Through the special geometry of the plug, the retention forces are evenly distributed in the drill hole.
• When the plug is to be set below the plaster, the longer ribs prevent plug rotation during installation.
• The variable anchorage depths of 70 or 90 mm offer special advantages and high loads when anchoring in aerated concrete.
• When anchoring in hollow and solid construction materials, the two expansion zones lead to optimum retention values.
• SXRL 14 is approved for the application under compression load and is thus for example useable for facade substructures that are mounted at a distance without wall brackets.
• The SXRL with effective lengths up to 290 mm provides the right plug for every application.

Functioning

• In perforated brick masonry, the two expansion zones ensure that the introduction of force is gentle on the substrate. The porous block fillets are not crushed by the second expansion zone and therefore serve to transmit the force.
• In aircrete and solid building material, the two expansion zones combine to form one long expansion element, thus providing for a uniform and flat distribution of the load into substrate.