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Motion passed . . . I'm going to build a testing device and will post data with picts when finished. Thanks again for everyone's help!

Any chance someone has the T1075 data/curve from the ASM Handbook Vol. #1 that they could email? Also, I've revised the webpage significantly. Please take a look and advise on other potential metals/alloys that might work. Of course, ALL help is greatly appreciated...

Any idea where I can find the S-N curve for T1075 steel? None of the steel companies that I've called have a clue. Thanks.

Questions: Is there a known ratio of bend/thickness for T1075 that is acceptable? A ratio that will allow the spring to flex with a reasonable number of cycles (2000 min) and no premature fatigue failure? If those number of cycles simply cannot be achieved with T1075, is there another...

WOW, excellent response Israelkk! I impressed with your evaluation. I hadn't thought of the beam, in essence, decreasing in length due to it's contact with the radius - makes perfect sense. Also, your calculations are right on with mine (F = 3DEI/L3rd) as well as with the empirical date...

Thanks for responding DF. I've revised my webpage with more detail regarding the application. Please visit: www.realestateinlasvegas.com/T1075.htm for more info. In answer to your questions: 1) Yes, the spring is attached to the arch on the left side of the image and is bent over the arch to...

THANKS for your feedback! Having a VERY tough time finding answers. Not familiar with an "post-processing" other than the obvious annealing/rolling/tempering/quenching/carbonizing. Are you talking about the addition of other metals to create an alloy? I've contacted about 10 steel...

I have an application where a piece of high carbon T1075 and/or T1095 spring steel is bent over a portion of a 10 inch radius to achieve a cantilever spring. See attached link below. Question 1: I can use either a 1.5 inch wide 0.125 or an 11 inch wide 0.062 to achieve the same spring rate...

I have an application where a piece of high carbon T1075 spring steel is bent over a portion of a 10 inch radius to achieve a cantilever spring. Question 1: I can use either a 1.5 inch wide 0.125 or an 11 inch wide 0.062 to achieve the same spring rate. Which one will have the longer life...

Thank you for your time. I need to know the basics of C1075-C1095 spring steel when used as a cantilever spring. Approximate dimensions are 18" long x 14" wide and .062-.125 thick. Specific questions: What is the maximum bend before the spring will take a permanent set? I've been using 10...