UK
Blind Bolt Company,
The Woodhouse,
Hopton Wafers,
Kidderminster,
Worcester,
DY14 0EE
Telephone: +44 (01299) 272 955
Fax: +44 (01299) 271 213
E-mail: enquiries@blindbolt.com
USA
Abrasive & Fastening Solutions Inc.
1217 S. Bridge St,
Yorkville,
IL 60560
Telephone: (630)882-9010
Fax: +44 (01299) 271 213
Australia
10 Mosrael Place,
Rowville,
Victoria.
3178.
Australia.
Telephone: +61 3 9757 4989
E-mail: sales@blindbolt.com.au
New Zealand
25 Victoria Street
Petone
Wellington
5070
Telephone: (04) 570 5000
E-mail: enquiries@blindbolt.com
Hong Kong
Wo Lee Green Solutions Limited.
G/F., 44 Bedford Road
TaiKokTsui
Kowloon
Telephone: +852 2393 0131
E-mail: enquiries@blindbolt.hk
Asia
AYS Ventures Berhad (925171-T)
Lot 6488,
Jalan Haji Abdul Manan,
42100 Klang,
Selangor Darul Ehsan,
Malaysia.
Telephone: +603-33775597
E-mail: enquiries@blindboltasia.com
HD Bolt Fixing and Testing Terms Explained
These dimensions are outlined below, please use the menu above the picture to isolate each dimension and testing term to view a brief description. However, if there is anything that you are unsure about please feel free to contact us on the number at the top of your screen or send us an e-mail.
Due to the unique properties of the HD Bolt there are certain operation criteria that must be met to ensure its successful application.
Minimum Fixing Thickness
This is the minimum distance that the bolt is able to clamp.
This is calculated from the overall thickness of all materials being clamped.
Maximum Fixing Thickness
This is the maximum distance that the bolt is able to clamp.
This is calculated from the overall thickness of all materials being clamped.
Depth Clearance
Depth Clearance is the minimum distance required within a cavity to allow the Heavy Duty Bolt's legs to deploy.
Careful attention must be payed to this criteria when fixing into Steel Hollow Sections to prevent the bolt reaching the opposite section wall before the bolt has been installed correctly.
Shear Strength Over Thread
This is the ultimate force required for the bolt to fail when the shear plane, produced by the two materials being clamped, falls over the threaded portion of the bolt.
Tensile Strength
This is the ultimate pullout force required for the bolt to fail when under a tensile load.
