British Standards Institution

Source:: BSI
Committee:: ACE/12 - Aerospace fasteners and fastening systems
Categories:: Bolts, screws, studs

Buy standard

Comment on proposal

Required form fields are indicated by an asterisk (*) character.

How important do you think standardization is in this area? *

Do you agree that a standard on this subject is feasible?: *

Please give reasons for your selections above: *

Would you or your organization use the standard? *

Would you or your organization be prepared to participate in the development of the standard or to comment on the draft when it is available? *

Are you aware of any regulation, existing standards and other good practice information in this area in the UK (e.g. Industry codes of practice; company specifications, international or European Standards)? *

Would the development of a standard(s) in this area have a particular impact/relevance to SME, consumer, environmental or societal interests? *

Are you aware of any other organizations to which this proposal may be relevant? If so please provide details below. *

Additional comments on the scope or proposal:

Although BSI will not usually enter into correspondence regarding individual comments or suggestions we may wish to contact you to seek further clarification. Please indicate whether this will be acceptable: *

Discard

Please email further comments to: debbie.stead@bsigroup.com

Standard timeline

1. Proposal (Complete)

Proposal start date:

2. Draft (Complete)

Draft start date:

05/08/2019

3. Public Comments (Complete)

Public Comments start date:

07/08/2019

Public Comments end date:

07/10/2019

4. Comment Resolution (Complete)

Comment Resolution start date:

18/10/2023

5. Approval (Complete)

6. Publication

Publication start date:

20/10/2023

Learn more about the standards development process

Standards Development

BS A 108:2023 Bolts, shear, hexagonal heads, close tolerance shank, unified threads, low alloy steel, cadmium plated (on head and thread only). Specification. Classification Rm = 123 200. 145 600 lbf/in2 (850 – 1 004 MPa) at ambient temperature | +190°C

Comment on proposal

Discard changes?

Submit comment

Submit comment

Follow standard

Unfollow standard

Error