Tap end rod Fischer FAZ II M10 Steel

The Fischer FAZ II M10 Steel tap end rod is a 53 mm steel rod engineered for secure mechanical connections in construction and repair tasks. Designed by FISCHER for consistent performance, this tap end rod features an M10 thread compatible with a range of fixtures and fasteners. Supplied in packs of 50 pieces, it is intended for applications where repeated, reliable threaded terminations are required.

Advantages

The steel construction provides tensile strength and wear resistance suitable for medium-duty fastening. The M10 thread profile ensures broad compatibility with standard nuts and fixings, while the precisely formed thread reduces the risk of cross-threading during installation. A uniform 53 mm length offers predictable embedment and working clearance in many assemblies. Bulk packaging of 50 pieces reduces handling time and supports efficient inventory management on site.

Suitable for

• Creating threaded rod terminations in metal and timber assemblies
• Repair and retrofit jobs requiring standard M10 connections
• Mechanical installations where repeated identical fastenings are needed
• Workshops and construction sites with medium-volume fastening requirements

Key specifications

• Material: steel
• Thread type: M10
• Length: 53 mm
• Pack quantity: 50 pieces
• Application category: tap end rod for mechanical connections

How to use

Select an appropriate M10 nut or mating thread and position the tap end rod in the prepared hole or assembly point. Engage the thread by hand to ensure correct alignment, then tighten to the required torque using the recommended tools for the connected components. Confirm secure seating and, where applicable, apply appropriate corrosion protection or locking elements to maintain the connection over time. Follow any site-specific installation procedures and safety requirements.

Recommendations

Store in a dry environment to minimise corrosion risk and inspect threaded surfaces before installation. Use with compatible M10 components and observe manufacturer or project torque specifications to avoid overloading the connection.