What is the strongest known bendable material?

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SUMMARY

The strongest known bendable material, particularly for applications requiring tensile yield strength, is carbon nanotubes. Zylon is another strong fiber, though its practical use as a flexible string or rope is limited due to its hairy texture when off the spool. For crossbow applications, while high tensile strength is not strictly necessary, materials like carbon nanotubes and Zylon can enhance performance. A notable example includes a custom-built crossbow utilizing a 10-ton cable as a string, demonstrating the potential of strong materials in extreme applications.

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  • Understanding of tensile yield strength
  • Familiarity with carbon nanotubes and their properties
  • Knowledge of Zylon and its applications
  • Basic principles of crossbow mechanics and materials
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  • Explore the applications of Zylon in various industries
  • Investigate the design and construction of high-draw-weight crossbows
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Engineers, materials scientists, archery enthusiasts, and anyone interested in the applications of advanced materials in high-stress environments.

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By "bendable" I mean "you can run it through a pulley and it retains tension", and by "strong" I refer to tensile yield strength.

Thanks in advance.
 
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Carbon nano-tubes I suppose - could you provide some context, though?
 
russ_watters said:
Carbon nano-tubes I suppose - could you provide some context, though?

Strongest crossbow string, basically.
 
So is Zylon usable as rope/flexible string?
 
Don't know. I have only seen it used soaked with epoxy to reinforce high-field magnets. Off the spool the stuff is a bit ... hairy, so for a string you'd have to insert it into some kind of shell, the way climbing ropes are built.
 
The question seems odd - a crossbow isn't that demanding of an application, so you really don't need anything close to the strongest.
 
russ_watters said:
The question seems odd - a crossbow isn't that demanding of an application, so you really don't need anything close to the strongest.

That depends on the draw weight. There isn't really a limit on how stiff you can make the prods, after all. I was trying to work out if you could build a 10 ton draw-weight crossbow.
 
Ive seen this done, some guys I worked with years ago built a crossbow based on plans for a trigger they found online. They used a leaf spring from an old van and a 10t cable as the string. The arrow was 20mm dia stainless rod, with a ground tungsten carbide tip brazed on the end. Long story short, it needed to be cocked with the overhead crane and fired from a vice, it shot straight through a solid brick wall, then it was declared evil and promptly dismantled.
 
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Carbon nanotubes
 

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