Stop in for a cup of coffee

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so the question begs - what is the tensile strength of that particular steel... and will it hold up to a 40 ton press..?


It's not the tensile strength that counts here, it's the compressive strength... (tensile is pulling outward - compressive is pressing inward)
 
isn't spring steel, in it's own way, actually more brittle and susceptible to side impacts?

It has some ductile properties also, that's how the torsion works - it bends in the elastic range where it is capable of bending back to it's original position...
 
It has some ductile properties also, that's how the torsion works - it bends in the elastic range where it is capable of bending back to it's original position...
ok- so if you cut an inch out of it and crimp them back together with a sleeve - won't the sleeve itself be the eventual failure point?
 
ok- so if you cut an inch out of it and crimp them back together with a sleeve - won't the sleeve itself be the eventual failure point?

Possibly...

You can get more holding power with longer sleeves for more material engagement... Ie. 1 1/2" vs 1"....
 
I saw this one the way home and just had to grab a pic...

Walk-ins welcome?? I don't need a car? What are you going to do, put tires on my ankles and change the oil in my knees?

Walk in.jpg
 
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