Fischer DuoPower 6 x 50 S K NV yleistulppa ruuvilla, 1 sarja (537660)

The Fischer DuoPower 6 x 50 S K NV wall plug set pairs a 2-component nylon plug with a matching countersunk screw for secure fastening in a wide range of building materials. The plug's intelligent mechanism adapts to the substrate: it spreads in solid materials, folds in hollow cavities, and knots in panel materials, delivering reliable hold without guesswork.

Highlights

• 2-component DuoPower plug: spreads, folds, or knots depending on the base material
• Includes 50 plugs and 50 zinc-plated countersunk screws
• Suitable for concrete, solid and perforated brick, aerated concrete, plasterboard, gypsum fibreboards, natural stone, chipboard, and more
• Pre-positioned and push-through installation for flexibility
• Plug diameter 6 mm, length 50 mm; screw diameter 4.5 mm, length 60 mm

In daily use

For the installer, the DuoPower 6 x 50 S K NV removes the need to switch between different plug types for different materials. One plug works in solid, hollow, and panel substrates, reducing inventory and simplifying the fastening process. The set's 50-piece count is practical for larger projects or repeated use.

Full specifications

• Product type: Wall plug set
• Plug type: DuoPower (2-component plug)
• Plug material: Nylon (Polyamide)
• Plug diameter: 6 mm
• Plug length: 50 mm
• Plug collar: Yes
• Screw type: Countersunk head screw
• Screw material: Steel, zinc-plated
• Screw diameter: 4.5 mm
• Screw length: 60 mm
• Drill hole diameter: 6 mm
• Minimum drill hole depth: 60 mm
• Number of plugs in set: 50
• Number of screws in set: 50
• Suitable building materials: Concrete, solid brick, perforated brick, aerated concrete, plasterboard, gypsum fibreboards, lightweight concrete hollow blocks, natural stone, chipboard, solid panel made of gypsum, solid lightweight concrete block
• Mounting type: Pre-positioned and push-through installation

Final note

The DuoPower 6 x 50 S K NV is a comprehensive fastening solution for professionals who need consistent performance across diverse substrates.