FISCHER SL M8 N A4 sleeve anchor stainless steel - 50526

Product description

The installation-friendly internal thread anchor made of stainless steel for fixings in non-cracked concrete.

The fischer heavy-duty anchor SL M is a sleeve anchor with internal thread made of stainless steel. When tightening the screw, the cone is pulled into the expansion sleeve and expands it against the hole wall. The SL M is suitable for stand-off installation and for pre-positioned installation. The fischer heavy-duty anchor SL M is ideal for cost-effective fixing of steel constructions in external areas.

• High flexibility: Internal thread is suitable for screws and threaded bolts with metric thread
• Repeated loosening and installing of the component for adjustment is possible
• Surface flush removal possible
• Plastic cap on cone protects internal thread from drilling dust. This ensures that the thread remains functional
• Made of stainless steel for fixings used outside
• The optimised geometry minimises setting energy and allows for use in extremely narrow spaces. This allows for user-friendly installation
• The three-part expansion sleeve creates even load distribution, thus allowing small edge and axial spacing. Thus the TA M is extremely flexible
• The metric internal thread allows to use standard screws or threaded rods for the ideal adaptation to suit the intended use
• The red plastic cap protects against soiling and thus ensures free-running of the thread

Suitable for

• The SL M is suitable for pre-positioned installation
• When applying the torque, the cone is pulled into the expansion sleeve and expands it against the drill hole wall
• For correct installation, it must be ensured that the pre-positioned anchor SL M can be supported on the attachment, or that the threaded rod is countered

Building materials

• Concrete C20/25 to C50/60, non-cracked
• Concrete C12/15
• Natural stone with dense structure

Application

• Steel constructions
• Handrails
• Consoles
• Ladders
• Cable trays
• Machines
• Staircases
• Gates
• Façades
• Stand-off installations