The Fischer DuoPower offers excellent holding values through two components: The gray component made of high-quality nylon automatically activates the optimal functional principle (expanding, folding, knotting) depending on the building material for the best grip. The expansion wings of the red component support secure spreading and provide additional safety to the gray component. Simply screw in the screw and pull it correctly at the end. No over-tightening of the screw. The edge formed on the anchor head prevents the anchor from slipping into the drill hole. The included panhead screws are optimally matched to the Fischer DuoPower expansion anchor.

Advantages: Two material components for the best load values and intelligent functions depending on the substrate. Optimal feedback from the anchor. You can feel when the anchor is perfectly seated. The narrow anchor edge prevents slipping into the drill hole. The pronounced anti-rotation feature prevents the anchor from turning. Due to the greater anchoring depth of DuoPower 6 x 50, 8 x 65, and 10 x 80, the anchors are particularly suitable for fixings in hollow building materials, aerated concrete, and for bridging plaster.

Applications: TV consoles, lights, wall shelves, mirror cabinets, mailbox systems, pictures, window blinds, curtain tracks, washbasin fixings, sanitary/heating/air conditioning fixings, bathroom and toilet facilities, wall cabinets, range hoods.

Building materials: Concrete, solid bricks, sand-lime solid blocks, aerated concrete, hollow bricks, sand-lime hollow blocks, gypsum construction boards, gypsum board and gypsum fiber boards, hollow blocks made of lightweight concrete, hollow ceilings made of brick, concrete, etc., natural stone, particle boards, solid gypsum boards, solid blocks made of lightweight concrete.

Functionality: The DuoPower is suitable for pre-insertion and through-insertion installation. The duo of two materials and multiple functional principles (folding, expanding, knotting) allows for the expansion of the application spectrum in additional building materials with maximum loads.