15mm Hexagon Nut M10 SW16 Forged And Machined Strength Class 10, DIN 6331 - AMF

Take advantage of a DIN‑standardised fastening solution with M10 thread and strength class 10, combining high load capacity, precise dimensions and secure assembly. Order the part directly via Metav Werkzeuge or consult the team for application advice.

Hexagon nut DIN 6331 M10 — pressed and milled, strength 10 (AMF)

The hexagon nut DIN 6331 M10 is a high‑strength fastening component designed for machine construction and industrial assembly tasks.

• DIN 6331 standardised geometry
• Strength class 10 for heavy loads
• SW 16 mm across flats
• Pressed and milled finish for precise seating

Reliable performance under mechanical load

Designed to meet DIN 6331, this hexagon nut delivers predictable mechanical behaviour and consistent torque response. The strength class 10 rating signifies elevated tensile capacity compared with lower classes, making the nut suitable for demanding fastening tasks in production environments. By choosing a component specified to a recognised standard, assembly planners and purchasing engineers benefit from reduced variance in joint performance and simplified quality control.

Precision fit for repeatable assembly

Dimensional accuracy is central to dependable joints: the nut provides SW 16 mm across flats, an overall height of 15 mm, and a corner dimension of 17.8 mm, aligning with standard spanner sizes and clamping interfaces. The combination of cold‑forming (pressed) manufacture and milled bearing faces ensures flat seating and uniform load distribution, which minimises the risk of uneven clamping and extends service life of bolted connections in fixtures and machinery.

Suited to industrial workflows and maintenance routines

This hexagon nut supports efficient workshop processes through standardised handling and simple tool compatibility, reducing assembly time and changeover complexity on the shop floor. Stocking a DIN‑compliant, strength‑rated nut streamlines supply chains and maintenance schedules, while consistent part geometry eases automated assembly and inspection procedures. Reliability in every joint contributes to lower downtime and predictable product performance.

For secure, DIN‑conforming fixings supplied by a trusted partner, request availability of the AMF hexagon nut M10 (SKU 4000833407NW) from Metav Werkzeuge — technical advisors are available for specification checks and order support via info@metav-werkzeuge.com or +49 2822 7131930

Technical Data

• Article number: 4000833407NW
• Type: M10
• Standard: DIN 6331
• Product type: Hexagon nut
• Brand: AMF

Facts

• Overall height: 15 mm
• Across flats (SW): 16 mm
• Corner dimension (E): 17.8 mm
• Strength class: 10
• Packaging unit: 1

Special features

• Pressed and milled manufacture
• Standardised geometry for spanner fit
• Designed for machine construction and assembly

FAQ

What material is the nut made from?
The product label does not specify material for the hexagon nut 4000833407NW; material details should be confirmed with Metav Werkzeuge if required for the application.

Is this nut compatible with standard M10 bolts?
Yes, the DIN 6331 M10 nut is intended for M10 threads and matches common M10 bolt threads when both conform to the same thread standard.

What does strength class 10 indicate for this nut?
Strength class 10 denotes a higher tensile resistance compared with lower classes, indicating suitability for applications with elevated clamping forces and mechanical loads.

Can the nut be used in precision assemblies requiring flat seating?
The pressed and milled bearing faces provide improved flat seating and uniform load distribution, making the part suitable for assemblies where consistent clamping is important.

Is the across‑flats size compatible with standard tools?
The nut features a 16 mm across‑flats dimension (SW 16 mm), compatible with standard spanners and sockets used in industrial environments.

Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com