Bucha de parede Fischer 50112

The Fischer 50112 wall plug is a durable nylon expansion anchor designed for secure fastening in concrete and solid masonry. Made from high-quality nylon, this classic Fischer plug provides robust performance during installation and long-term reliability. It expands in two directions, allowing the expansion forces to be directed parallel to the edge of the building material to reduce the risk of spalling when fixing close to edges. Compatible with wood or chipboard screws, the Fischer 50112 is suitable for a wide range of construction and DIY applications.

Advantages

The plug is manufactured from high-quality nylon for enhanced robustness and permanent security. Two-way expansion enables controlled distribution of forces and minimizes damage near edges by turning the plug. The design accepts wood or chipboard screws and provides reliable anchoring in concrete, brick and solid masonry. Available in packs of 25 for multiple fastenings.

Suitable for

• Concrete
• Solid masonry and brick
• Autoclaved aerated concrete (where applicable)
• Foam concrete
• Indoor and outdoor fastening with wood or chipboard screws

Key specifications

• Brand: FISCHER
• Model / MPN: 50112
• EAN: 4006209501122
• Plug diameter: 12 mm
• Length: 60 mm
• Drill hole diameter: 12 mm
• Material: Nylon (plastic)
• Pack quantity: 25 pieces

How to use

Drill a hole with a 12 mm drill bit to the required depth and clean the hole of dust and debris. Insert the Fischer 50112 plug flush with the surface. Position the fixture and drive a suitable wood or chipboard screw into the plug until the fixture is secured and the plug expands. Ensure the screw length and diameter are appropriate for the plug and the material being fastened.

Recommendations

Use the plug in accordance with the substrate’s load capacity and follow local building codes. For fixings close to edges, rotate the plug to direct expansion forces parallel to the edge. Choose screw length that provides sufficient thread engagement without bottoming out or over-tightening.