FORGEFIX Multipurpose Screw 10SA865 Pack of 600

Faster starts and accurate alignment for reliable fixing

The sharp-point tip ensures rapid initial penetration into common substrates, reducing the need for pre-drilling in many standard applications. This design improves alignment at the start of installation, so the fastener tracks true and requires fewer corrective adjustments. The sharp-point feature therefore delivers a measurable efficiency gain for repeated fixing tasks.

Precise measurements for straightforward planning

Length: 0.05 m (50 mm). Diameter: 5 mm. Height: 140 mm. Width: 140 mm. Depth: 120 mm. Weight: 2759 g. These concise specifications allow straightforward material take-offs and clear planning for storage or shelving space. The compact dimensional profile keeps handling simple on site and in small workshops.

Ready supply for continuous workflow

The delivery includes 600 multi purpose screws, providing a consistent stock level for extended jobs or routine maintenance rounds. Having a bulk supply reduces interruptions for resupply and supports uninterrupted progress on larger tasks. The yellow finish aids quick visual checks on trays or in toolboxes during multi-stage operations.

Suited to tradespeople and practical hobbyists

Designed for professional installers and experienced DIY enthusiasts, this multipurpose screw meets the demands of frequent use while remaining appropriate for detailed home projects. The combination of length and diameter is chosen for versatile performance across a range of general fastening situations. Practical workshops benefit from the balance of quantity and specification.

What distinguishes this fastener from common alternatives

The FORGEFIX MPS550YT fastener combines a visible yellow finish with a sharp-point tip and standard 5 mm shank to deliver both ease of handling and clear identification on site. The model designation supports transparent stock-keeping and ordering. As a multipurpose solution, the product reduces the need for multiple specialised fasteners without compromising on initial-drive performance.