Fischer 570214 SX LH, Grey, 5x25

Fischer SX Suitable for the following materials: Concrete Solid brick made of brick or calcium silicate Solid block or cable in lightened concrete Semi-filled brick perforated vertically in brick or vertically made of calcium silicate Autoclaved, cellular aerated concrete (Gasbeton) Concrete floors with brick lightening or similar Natural stone with dense structure Solid plaster board The powerful nylon fastening with four sectors expansion Benefits The four-sector expansion ensures an excellent distribution of forces in the material and offers high load-bearing capacities in solid and hollow support materials. The smooth part under the fixing head does not expand and prevents damage to tiles and plaster. The pronounced collar prevents the fastening from slipping into the hole, making it easy to install. Suggested Applications: Lamps Cabinets Motion Detectors Skirting Board Lightweight Shelves Bathroom Cabinets Letter Boxes TV Consoles Free Folding shutters Bathroom Accessories Operation SX is suitable for through-through and non-through-through installation. When screwing the screw, the SX fixing expands in four directions, securely attaching to the backing material. The required length of the screw is given by: length of the dowel, the thickness of the object to be fixed and a screw diameter. Suitable for wood screws and chipboard screws. On semi-solid brick supports drill only when rotating.

• The RefillPack contains 480 SX 5x25 dowels with screw in a plastic ProPack jar and an ECOrefill box to use to refill the ProPack jar with SX nylon dowels and chipboard screws
• Tip Diameter : 5mm/ 0.2";Min Hole Depth : 35mm/ 1.38";Dowel Length : 25mm/ 0.98";Max Fixable Thickness:5mm/0.2"
• Supporting materials: solid masonry, perforated masonry
• The 4-sector expansion ensures optimal distribution of forces in the material and offers high load-bearing capacities in solid and hollow support materials
• The smooth part under the head of the fixing does not expand and prevents the emergence of expansion forces on the surface of the support material when screwing