Humana Dental end to go to the nano filled composites but if we go to the Nano for composites now everything is a little too much too fluidly it's not malleable when you put the composite into the cavity it pretty much just deforms and it doesn't allow you to actually shape it so.
We want something that allows us to actually shape the material itself as well so what we figure it out is what if we combine these if we combine these and we have a nano hybrid then we have filler that's gonna be from . or half .
A micron to micron what this does is that it gives us a higher string higher fracture resistance but it's also gonna be easily polished so again the filler gives us these characteristics so you might think
Well why don't we just fill or compose a composite out of a lot of fillers why don't we just increase the percentage of fillers it seems that fillers is the best part that the composite has so why don't we just increase it maybe to ,
A hundred percent maybe to ninety percent why isn't a composite just all fillers the reason is as we increase the percentage of a composite with fillers there are more resistance to wear but the problem is that they decrease malleability so again that means that they're gonna be more fluid like they're really not gonna allow you to shape
the material so we want something that's that's a little bit easier to to handle with our instruments if we just increase the percentage of the Nano fill in our composites that's gonna have that material getting stuck to our instruments all the time even if you're using coating on it like nickel titanium or if you're using a Teflon coating the materials still gonna get stuck to it because it's just it's not
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