10-32 UNF Imperial Hexagon Nuts (ASME B18.6.3) - Stainless Steel (A2) Description
The 10-32 UNF Imperial Hexagon Nuts (ASME B18.6.3) - Stainless Steel (A2) has the following features:
- ASME B18.6.3 Manufacturing Standard
- Stainless Steel (A2) Material
- Stainless Steel (A2) Material Specification
- Natural Finish
- 32 TPI Thread Pitch
- Imperial Metric or Imperial?
- 10-32 UNF Thread Size
- 0.13 inch Nut Thickness (T)
- 0.375 inch Socket Size (J)
- 0.433 inch Nut Width Across Points (P)
Discover more about the Imperial Hex Nuts range.
Hex Nuts are designed to be used with Machine Screws or Bolts to securely fasten two or more components together. This is achieved through a combination of friction of the threads, a slight stretching of the bolt and the compression (or clamping) of the parts being held together.
Nuts and Bolts are often used alongside a Washer, which helps to distribute the fastener load and can also be used for protection and spacing. For applications where additional space saving is required, Imperial Serrated Flanged Hex Nuts, a variant with an integrated washer, can be used.
Hex Nuts are also commonly known as Full Nuts and can be installed using tools such as a spanner, socket wrench or a ratchet.
Imperial Hex Jam Nuts are typically used for light to medium duty fastenings, having the advantage of a thinner nut length for better space saving on installation.
For heavier duty applications, Imperial Heavy Hex Nuts are recommended.
Imperial Hex Nut Materials
Components in this range can be manufactured from A2 and A4 Stainless Steel, in either natural or Matte Black finish, or from Mild Steel (Grade 4.6) with a Zinc Plated option available for added corrosion resistance.
Imperial Hex Nuts
Accu's Imperial Hex Nuts are available in UNC, UNF and BSW thread types, with manufacturing standards BS 57, BS 1083, BS 1768, ANSI B18.2.2 and ANSI B18.6.3 available.
Metric Hex Nuts
Metric Hex Nuts are available from Accu in thread sizes M1 up to M56, with Metric Fine Pitch Hex Nuts also available as standard.