Hexagon Full Nuts Grade A - BSW - Self Colour
Boltworld have a huge range of BSW Full Nuts in imperial threads. Our BSW hexagon full nuts Made from grade A self colour steel.
These hexagon nuts are self colour without any corrosion resistance. The hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so. Our BSW sizes are all the threads from 10 inch to 5/16.
The selection of nuts which we offer encompasses pretty much all of the different types of nut you could require, however if you’re struggling to find something to meet your individual needs and requirements, we urge you to give our friendly and helpful team a call on 01375 767780 so we can discuss the best products with you directly.
Showing all 13 results
- Threads per Inch: 8
- Across Corners: 1.710″
- Thickness: 0.875″
- Across Flats: 1.480″
- Threads per Inch: 6
- Across Corners: 2.560″
- Thickness: 1.375″
- Across Flats: 2.220″
- Threads per Inch: 7
- Across Corners: 2.150″
- Thickness: 1.125″
- Across Flats: 1.860″
- Threads per Inch: 7
- Across Corners: 1.930″
- Thickness: 1.000″
- Across Flats: 1.670″
- Threads per Inch: 5
- Across Corners: 2.980″
- Thickness: 1.625″
- Across Flats: 2.580″
- Threads per Inch: 12
- Across Corners: 7/8″
- Thickness: 7/16″
- Across Flats: 3/4″
- Threads per Inch: 20
- Across Corners: 1/2″
- Thickness: 7/32″
- Across Flats: 7/16″
- Threads per Inch: 4.5
- Across Corners: 3.190″
- Thickness: 1.750″
- Across Flats: 2.760″
- Threads per Inch: 10
- Across Corners: 1 5/16″
- Thickness: 11/16″
- Across Flats: 1 1/8″
- Threads per Inch: 16
- Across Corners: 5/8″
- Thickness: 11/32″
- Across Flats: 9/16″
- Threads per Inch: 18
- Across Corners: 9/16″
- Thickness: 9/32″
- Across Flats: 1/2″
- Threads per Inch: 11
- Across Corners: 1 1/16″
- Thickness: 9/16″
- Across Flats: 15/16″
- Threads per Inch: 9
- Across Corners: 1.500″
- Thickness: 0.75″
- Across Flats: 1.300″
| Image | Product Code | Name | Info | Volume Discount | Quantity Add to Cart |
|---|---|---|---|---|---|
| 92003.010.008 | 1″-8 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.112.006 | 1.1/2″-6 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.114.007 | 1.1/4″-7 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.118.007 | 1.1/8″-7 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.134.005 | 1.3/4″-5 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.112.120 | 1/2″-12 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.114.200 | 1/4″-20 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.020.405 | 2″-4.5 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.314.100 | 3/4″-10 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.318.160 | 3/8″-16 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.516.180 | 5/16″-18 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.518.110 | 5/8″-11 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||
| 92003.718.009 | 7/8″-9 BSW Hexagon Full Nuts Grade A ? British Standard Whitworth (BSW) Cold Formed BS 1083 Steel Self Colour | ||||
|
BSW Imperial |
|||||