Fischer 570217 SX Dowels, Grey, 8 x 40 mm

fischer Left Suitable for the following materials: Concrete Solid brick made of brick or calcium silicate Full block or hollow block made of lightweight concrete. Vertical drilled half-full brick or vertically made of calcium silicate Autoclaved aerated concrete, cellular (aerated concrete). Concrete floor coverings with bricks or similar Natural stone with dense structure. Full wall plaster plate. The powerful nylon attachment with quadruple extension Advantages: The expansion to four sectors ensures optimal distribution of forces in the material and offers high load capacities in full and wired carrier materials. The smooth part under the mounting head does not stretch and prevents damage to tiles and plaster. The pronounced collar prevents the attachment from slipping into the hole, making installation easier. Recommended uses: Lamps Cabinets motion detector skirting boards Lightweight Shelves bathroom cabinets mailboxes tv console trellis Folding Taxes Accessories for bathrooms How it works: SX is suitable for through and non-through installation. When screwing in the screw, the SX attachment expands in four directions and fixes securely to the carrier material. The required length of the screw is given by: length of the dowel, thickness of the object to be fixed and a screw diameter. Suitable for wood screws and chipboard screws. For semi-filled brick supports, drill only by turning.

• The pack contains 200 SX 8 x 40 SX dowels with screw distributed in this way: 120 dowels with screw in a plastic box ProPack, 80 dowels with screw in an eco refill box, which can be used to refill the glass.
• Drill diameter: 8 mm; Minimum hole depth: 50 mm; Dowel length: 40 mm; Max. Fixable thickness: 10 mm
• Backing material: solid masonry, perforated masonry
• The 4-way expansion ensures optimal power distribution in the material and offers high load capacity for solid and cable carrier materials
• The smooth part under the mounting head does not expand and prevents the formation of expansion forces on the surface of the carrier material when screwing