HellBent wrote:
Do you have data sheets on this line?
Yes thanks.
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I design equipment that commonly uses nylon line with burst psi's of 2500psi but I've never seen anything that has a working psi of 1,500psi.
Sack your buyer.
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Everything we've ever used has a working psi around 700psi. I don't know how you got more than double the working psi out of the same wall stock nylon line
If you really did use a lot of the stuff you'd already know how many types of nylon there were, did reference numbers like "nylon 11" and "nylon 12" never give you a clue to that fact ?
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but we may be interested in buying it from you. I do a lot with high pressure nitrogen for testing equipment and currently end up using expensive high psi line from Parker. You could make some good cash off this line for industrial purposes.
Cost wise it's prohibitably expensive for industry unless its all that'll do the job like in portable cryo cutting equipment. Your "expensive" parker line is "cheap" compared to this stuff.
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What working psi are those compression fittings you use rated to when used with nylon? Or a manufacturer would do....lol.
Now i'm going to call you out.
Look under compression fittings in your hydraulic catalogue if you can spare the 30 seconds it'd take.
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Another question comes to mind....kind of back to the nitrous topic...
what is the reduction in ID of that tube when tightened? I haven't seen any mention of a torque spec?
You've never used a compression fitting in your life have you ?
The beginers guide is in the "how to" section.
Is there anything else you need spoon feeding or are you ok to look for it yourself now ?