Threading Tap GEKO HSS M10 x 1.50 mm, HEX shank, pack 50/250

GEKO HSS threading tap M10 x 1.50 mm is a high-speed steel tool for cutting internal metric threads with a 1.50 mm pitch. The tap features a hexagonal (HEX) shank for stable clamping in tap holders, drill chucks or compatible power tools. Supplied in bulk pack options (50/250) to support workshop stock and repetitive production or maintenance operations where consistent M10 threads are required.

Advantages

The high-speed steel (HSS) material provides wear resistance and good toughness for general-purpose threading in common metals. The HEX shank design reduces slippage in holders and enables quick tool changes in portable or benchtop equipment. Available in pack quantities, the product supports efficient inventory management for repair shops, service teams and production lines.

Suitable for

• Cutting internal M10 x 1.50 metric threads in steel, stainless steel, aluminum and other machinable metals
• Workshop and maintenance threading tasks
• Mechanical assembly and fabrication where repeated M10 tapping is required
• Use with hand tap holders, power drivers and tapping attachments designed for HEX-shank tools

Key specifications

• Thread size: M10
• Thread pitch: 1.50 mm
• Material: high-speed steel (HSS)
• Shank type: hexagonal (HEX) for secure clamping
• Pack options: 50 or 250 pieces per pack

How to use

Select the appropriate pilot hole size for M10 x 1.50 tapping, secure the workpiece, and ensure alignment with the intended thread axis. Clamp the tap by its hex shank in a compatible holder or power tool. Apply suitable cutting fluid for the workpiece material to reduce friction and extend tool life. Start threading slowly to ensure correct engagement, apply steady axial feed, and periodically reverse the tap slightly to clear chips. After completing the thread, retract the tap and clean the threaded hole and tool.

Usage recommendations

For best results, use the tap with appropriate cutting lubricant, maintain correct pilot hole diameter, and avoid excessive axial load or lateral force. Replace taps showing significant wear or chipping to prevent poor thread quality. When tapping stainless steel or hard materials, use reduced cutting speed and more frequent chip evacuation.