FORGEFIX Coach Screw 10CS10100 Pack of 50

Secure hexagon-head fixing for demanding joins

The FORGEFIX coach screw offers a hexagon head designed for high torque application, enabling a firm clamping force in timber and composite assemblies. A sharp point aids initial penetration, reducing effort at start-up and helping to position the fastener accurately before final tightening. The silver finish provides a consistent appearance across visible fixings while maintaining a practical, worksite-appropriate aesthetic.

Precision specifications for predictable results

Diameter 10 mm. Length 100 mm (0.1 m). Tip style: sharp point. Colour: silver. Model 10CS10100. Weight 500 g. External dimensions of the package: width 177 mm, depth 52 mm, height 116 mm. Included in delivery: bag of coach screws hexagon head M10 x 100mm. These figures support straightforward planning and ensure compatibility with M10 nuts, washers and standard spanners.

Built for professionals and serious DIYers

Tradespeople, joiners and renovation specialists benefit from the screw’s combination of robust diameter and pointed tip, which suits a range of structural and finish applications. The hexagon head allows controlled torque with a socket or spanner, making the fastener suitable for repetitive installation where consistency and strength are required.

Faster installation thanks to practical design

The pointed tip assists with initial bite into timber, so alignment and start-up are expedited; this characteristic can shorten on-site times when many fixings are needed. The hexagon-head form facilitates efficient tightening with common tools, while the M10 thread diameter ensures substantial load-bearing capacity for heavy-duty joins and connections.

Packaging that keeps work organised

Supplied in a bag, the set is arranged to remain accessible on-site and to simplify transport between workstations. Clear labelling with the model number 10CS10100 and the M10 x 100 mm designation supports inventory management and rapid identification during installation planning.