Halder 23010.0144 T-slot Nut M10 Tapped Through

Product Description

The HALDER 23010.0144 is a tapped-through T-slot nut designed for secure fastening in standard T-slot track systems. The nut features an M10 thread tapped completely through the body, allowing bolt engagement from either end. It fits T-slot channels with a 13.6mm slot width and has a base measuring 22mm wide by 8mm tall. The overall length is 22mm with an overall height of 16mm. This type of hardware is commonly installed by machinists, automation integrators, and fixture builders working with extruded aluminum framing, machine tables, and modular workholding systems.

This T-slot nut is suited for use in industrial framing assemblies, modular fixturing, welding tables, and machine guarding applications that use T-slot extrusions or slotted steel platens. The tapped-through design allows a threaded fastener to pass fully through the nut body, which is useful in applications requiring adjustable clamping or tool-free repositioning along the slot before final torque-down. It is appropriate for both light-duty and medium-duty mechanical assemblies.

Key Features

• M10 thread tapped completely through the nut body for full fastener engagement
• 13.6mm slot width fits corresponding T-slot track profiles
• 22mm x 8mm base width and height for stable seating in the slot
• 22mm x 16mm overall length and height
• Slides and repositions along T-slot channels before final tightening

Compatibility

Designed as an OEM-style replacement or direct-fit component for T-slot framing and fixturing systems that accept a 13.6mm slot-width nut with an M10 tapped-through thread.

Installation Notes

Installation is typically performed by machinists or mechanical assemblers without specialized tools. Insert the nut into the T-slot channel from the end or through the slot opening, slide it into position, then engage the mating fastener before final tightening. Ensure the slot width of the receiving track matches the 13.6mm profile before installation to prevent binding or misalignment.