Resists have a spectrum of absorption but most are designed to only absorb UV. If you look around for g-line (436nm) you may get lucky where the spectrum tails to get some absorption at 532nm. Why 532nm though? UV lights can easily be purchased or even room white light emits a small part UV and will expose over time.

Resists have a spectrum of absorption but most are designed to only absorb UV. If you look around for g-line (436nm) you may get lucky where the spectrum tails to get some absorption at 532nm. Why 532nm though? UV lights can easily be purchased or even room white light emits a small part UV and will expose over time.

Most commercial resists are developed for g-line or shorter wavelengths.  A few more pieces of information would help answer your question better, first why 532?  second, how much power does your source produce? 

Resist for near infrared (NIR)

http://www.allresist.com/photoresists-ar-pc-503-504/