Halder 23010.0102 M8 Tapped Through T-slot Nut

Product Description

The HALDER 23010.0102 is an M8 tapped through T-slot nut designed for secure fastening in T-slot extrusion systems and fixture tables. The nut features a 9.6mm slot width, a base measuring 15mm wide by 6mm tall, and an overall length of 15mm with a 12mm overall height. It is installed by sliding into a compatible T-slot channel and threading an M8 bolt or stud through the full-depth tapped bore. Typical installers include machine builders, fixturing technicians, and tool-and-die professionals working with modular framing, workholding tables, or structural aluminum profiles.

This T-slot nut is suited for use in industrial assembly fixtures, machine guarding frames, modular workstation structures, and any application requiring a secure, repositionable fastening point within a T-slot track. The through-tapped M8 thread allows a bolt to pass fully through the nut, providing strong clamping force across a range of clamping heights. It is appropriate for both light and moderate-duty fixturing applications in manufacturing and fabrication environments.

Key Features

• M8 tapped through bore for full-thread bolt engagement
• 9.6mm slot width fits standard T-slot extrusion channels
• Base dimensions of 15mm wide by 6mm tall for stable seating in the slot
• 15mm overall length provides a broad clamping footprint
• Repositionable within the T-slot channel without full disassembly

Compatibility

Designed as an OEM-style replacement or standard component for T-slot extrusion systems and fixture tables accepting a 9.6mm slot width and M8 thread fasteners.

Installation Notes

Installation is performed by sliding the nut into the open end of a compatible T-slot channel or dropping it into an access point along the slot. Ensure the slot width of the extrusion matches the 9.6mm specification before installation. Thread engagement should be verified to be full and snug before applying final clamping torque with a calibrated wrench. Always confirm the channel and surrounding structure are rated for the intended load prior to use.