Screw Fischer 532750 6 pcs Concrete General Utility 1.15 cm Head

Fischer 532750 screws are engineered for general utility anchoring in concrete. Supplied in packs of six, each screw features a 1.15 cm head diameter designed to distribute load and sit flush with many fixture types. The screws are intended for use where a reliable mechanical fastening into concrete is required for light to medium-duty applications in construction, renovation, and repair work.

Advantages

These concrete screws offer predictable thread engagement and consistent holding power in solid concrete. The 1.15 cm head provides a broad bearing surface that helps reduce pull-through on softer fixtures and allows for easier tightening with standard tools. Supplied in a compact pack of six, they are convenient for small projects and for keeping matching fasteners on hand during installation tasks.

Suitable for

• Fixing brackets and fixtures to solid concrete walls or floors
• Securing light to medium-weight shelving and supports
• Temporary and permanent attachments in renovation and repair work

Key specifications

• Quantity per pack: 6 screws
• Head diameter: 1.15 cm
• Application substrate: solid concrete
• Intended use: general utility anchoring and fastening

How to use

Select an appropriately sized drill bit for the concrete substrate and drill a clean, perpendicular hole to the recommended depth. Remove dust and debris from the hole before insertion. Insert the screw and tighten using a compatible driver or socket until the head seats against the fixture; avoid over-torquing to prevent damage to the fixture or the concrete. For repeated or critical load applications, follow typical concrete fastening best practices and verify load ratings of the assembled connection.

Usage recommendations

Use these screws in solid concrete only; avoid use in hollow or aerated concrete without approved anchors. For safety and durability, match screw selection to the weight of the fixture and follow local building codes. When in doubt about load requirements, consult a structural professional.