Fischer 30146 FHY Hollow-Ceiling ANCHOR - Metal

Description

Sleeve anchor with internal thread specially for anchoring in prestressed concrete hollow ceilings When the screw or hexagon nut is tightened, the cone is pulled into the sleeve and expands it into the cavity or expands it in the solid material against the hole wall. Stainless steel version of the corrosion resistance class III e.g. A4 for outdoor use or in damp conditions (not part of the approval). Suitable for cavities and solid zones of prestressed concrete hollow ceilings. Suitable for screws or studs with metric threads. The anchor can also be installed outside the cavity axis up to 5 cm from the tensioning wire. No special tools necessary. A4 for outdoor use or in damp conditions (not part of the approval). Suitable for screws or studs with metric threads. The anchor can also be installed outside the cavity axis up to 5 cm from the tensioning wire. Sleeve anchor with internal thread specially for anchoring in prestressed concrete hollow ceilings When the screw or hexagon nut is tightened, the cone is pulled into the sleeve and expands it into the cavity or expands it in the solid material against the. Stainless steel version of the corrosion resistance class III e.g. Stainless steel version of the corrosion resistance class III e.g. The anchor can also be installed outside the cavity axis up to 5 cm from the tensioning wire. No special tools necessary. Suitable for cavities and solid zones of prestressed concrete hollow ceilings.

Key Features

• The anchor can also be installed outside the cavity axis up to 5 cm from the tensioning wire.
• A4 for outdoor use or in damp conditions (not part of the approval).
• Stainless steel version of the corrosion resistance class III e.g.
• Suitable for screws or studs with metric threads.
• Suitable for cavities and solid zones of prestressed concrete hollow ceilings.
• Sleeve anchor with internal thread specially for anchoring in prestressed concrete hollow ceilings When the screw or hexagon nut is tightened, the cone is pulled into the sleeve and expands it into the cavity or expands it in the solid.