Ultraviolet Curing to Make Metal Stronger

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Exposing titanium or carbon to ultraviolet light will not enhance their strength, as UV light primarily affects polymers through crosslinking rather than metals. Metals have a rigid crystal lattice structure that does not benefit from UV exposure. To strengthen metals, techniques like work hardening are typically employed. The discussion highlights the limitations of using UV for metal enhancement and suggests exploring other methods for achieving desired strength. Understanding the specific application is crucial for determining the best approach to strengthen metals.
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hi,

will putting titanium or carbon under ultraviolet light in a chamber make it much stronger, i seen a thing on 'nanotubes' but these are tiny pieces of tubular metal and they arent very usefull for my project, I am sure they was something simular to nanitubular technology but for lerger amounts of metal.

the chosen metal needs to be stronger than its original state (after i purchase it)
 
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Hi SNIPE, welcome to PF!

No, exposing metals or carbon to UV will not improve strength. UV can strengthen certain specially designed polymers by crosslinking them or by building long polymer chains. But metals atoms are already locked together in a relatively rigid crystal lattice.

The most common way to strengthen an already-prepared metal sample is to http://en.wikipedia.org/wiki/Work_hardening" it. But not knowing your application or what you have in mind, it's hard to be more specific.
 
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