SUMMER 2019
Distributor's Link Magazine Summer 2019 / Vol 42 No3
Distributor's Link Magazine Summer 2019 / Vol 42 No3
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46<br />
THE DISTRIBUTOR’S LINK<br />
Anthony Di Maio<br />
Anthony E. Di Maio attended Wentworth Institute and Northeastern University. In 1962 he<br />
started working with Blind Fasteners as Vice-President of Engineering & Manufacturing for two<br />
blind rivet manufacturers. He has been Chairman of the Technical Committee of the Industrial<br />
Fasteners Institute (IFI) and is still involved in the writing of IFI specifications. In 1991, he<br />
started ADM Engineering and is working with Fastener Manufacturers developing new fasteners<br />
and special machinery. He can be reached at ADM Engineering, 6 Hermon Ave., Haverhill, MA<br />
01832; phone and fax 978-521-0277; e-mail: tdimaio@verizon.net.<br />
BLIND RIVETS SHEAR & TENSILE VALUES<br />
A set blind rivet offers resistance against shear &<br />
tensile forces applied to the riveted assembly.<br />
Shear and tensile values are important when selecting<br />
a blind rivet for an application. The user wants their<br />
assembly application to have a secure and permanent<br />
assembly. Blind rivet manufactures list the shear and<br />
tensile strengths of their blind rivets. Knowing the shear<br />
and tensile strengths that will be applied to the riveted<br />
assembly, a user can select a blind rivet that will have<br />
the shear and tensile values that will exceed the forces<br />
applied to the riveted assembly.<br />
There are two types of blind rivets, standard “openend”<br />
blind rivets and “structural” blind rivets.<br />
“Open-End” Blind Rivets<br />
Standard<br />
Tensile<br />
Shear<br />
Aside from the different diameters that offer a range<br />
of shear and tensile values, you also have a range of<br />
materials that each offer higher shear and tensile values.<br />
A blind rivet can be made that will function well in the<br />
application but also the selection of the material of the<br />
blind rivet that will satisfy the environment that the blind<br />
rivet will be subjected to.<br />
“Structural” Blind Rivets<br />
Structural<br />
Standard<br />
“Open-end” blind rivets are manufactured in the<br />
following diameters 3/32, 1/8, 5/32, 3/16 & 1/4 and<br />
are made of aluminum, steel, and stainless steel. Each<br />
of the diameters and each of the different materials offer<br />
different shear and tensile values. The larger the rivet<br />
diameter the higher are the shear and tensile values. A<br />
user has a very large range of shear and tensile values to<br />
choose from that will more than satisfy the assembly of<br />
their components.<br />
CONTRIBUTOR ARTICLE<br />
Structural<br />
There are many types and alloys of structural blind<br />
rivets available that offer very high values of shear and<br />
tensile that will work well in very high shear and tensile<br />
requirements.<br />
CONTINUED ON PAGE 142