
Galvanised safety cotter pins
Key features
- FinishGalvanised
- Diameter (mm)2, 3, 4, 5, 6
- Total length (mm)50, 61, 76, 100, 114
What it is
Galvanised safety cotter pins. Key specifications: finish Galvanised, diameter (mm) 2, 3, 4, 5, 6, total length (mm) 50, 61, 76, 100, 114.
A split pin or cotter pin is a ring or pin of steel that is passed through a cross hole in a pin or bolt to prevent the nut or part from coming off. Snap-type pins are also available, which clip in place without bending the ends.
What it is for
Used for mechanical fixing of structures and components to walls, ceilings and floors.
How to use it
Choose the diameter suited to the hole in the pin. Insert it in the hole: split pins are locked by bending the two legs, snap-type ones close by clipping themselves in. To remove them, straighten or unclip them, and bent split pins are usually replaced, because the metal is weakened.
Where it is used
- Industrial plant engineering
- Mechanical engineering industry
- Mechanical workshops
Technical data
- Finish: Galvanised
- Diameter (mm): 2, 3, 4, 5, 6
- Total length (mm): 50, 61, 76, 100, 114
Who it is for
Designed for metal fabricators, industrial maintenance technicians and mechanics.
Related products
- Allen screws M6
- Hex bolts TED 8x60
- Wing nuts DIN 315 — from the category Hex Nuts
- Diamond washers — from the category Flat Washers
- Combination spanners, art. 1030 — from the category Combination Spanners
- Browse the whole category: Bolts and Metric Screws
Before you order
In your request, please state the length, the diameter and the quantities required, so we can give you the right quotation first time.
For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.
Specifications 3
| Finish | Galvanised |
|---|---|
| Diameter (mm) | 2, 3, 4, 5, 6 |
| Total length (mm) | 50, 61, 76, 100, 114 |
The perfect setup for this job
Everything you need in one place, from functionality to safety.
For the job
Spread the load under nuts and screws and stop the fixing coming loose.
Tighten and loosen nuts and bolts with the open end or the polygonal ring end.
Drive and remove screws with a hex or Torx recess, even in tight spaces.




