With manufactures expressing that success with graphene is very dependent on application, some time and experimentation will likely be required.
It may have a benefit in speaker driver surrounds as its structure in rubber aid in rebound. We've also seen carbon epoxy implementations that may add to driver diaphragms that are carbon composite. Likely reduction in distortion and further frequency response range before breakup. Some speaker cabinets may benefit with its application.
It was thought that graphene could be use in voice coil as yarn had been recently developed, but now that stanene outed as graphene's tin derived cousin and it shows now resistance at all until 100C, it may become bypassed as a conductor.
The Mat-Sci lab is going to be an interesting place be and I have little doubt some will end up in audio products at some point. Might be a bit until affordability makes it more than just a lab experiment though.
It may have a benefit in speaker driver surrounds as its structure in rubber aid in rebound. We've also seen carbon epoxy implementations that may add to driver diaphragms that are carbon composite. Likely reduction in distortion and further frequency response range before breakup. Some speaker cabinets may benefit with its application.
It was thought that graphene could be use in voice coil as yarn had been recently developed, but now that stanene outed as graphene's tin derived cousin and it shows now resistance at all until 100C, it may become bypassed as a conductor.
The Mat-Sci lab is going to be an interesting place be and I have little doubt some will end up in audio products at some point. Might be a bit until affordability makes it more than just a lab experiment though.