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Driver Rubber Around Metal Questions...
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<blockquote data-quote="Visor57" data-source="post: 55630" data-attributes="member: 759"><p>In the case of the above-mentioned application, I recall that they were solid gaskets and not tape. I thought a self-adhesive tape form would be more DIY friendly (not Plumber's tape though).</p><p></p><p></p><p>I'm beginning to wonder if they were really dealing with Teflon. Googling I can't find any reference to Teflon coverting vibration to heat energy, but I did come across a 3M product that does: "The high-energy dissipative polymer used in 3M damping foil 2552 can afford excellent control of resonance-induced vibrations. When applied to a vibrating structure, the polymer used in 3M damping foil 2552 converts vibration to negligible heat."</p><p><a href="http://www.foundry.co.za/blog/wp-content/uploads/2010/04/3M?-Damping-Foil-2552.pdf" target="_blank">3M? Damping Foil 2552</a></p></blockquote><p></p>
[QUOTE="Visor57, post: 55630, member: 759"] In the case of the above-mentioned application, I recall that they were solid gaskets and not tape. I thought a self-adhesive tape form would be more DIY friendly (not Plumber's tape though). I'm beginning to wonder if they were really dealing with Teflon. Googling I can't find any reference to Teflon coverting vibration to heat energy, but I did come across a 3M product that does: "The high-energy dissipative polymer used in 3M damping foil 2552 can afford excellent control of resonance-induced vibrations. When applied to a vibrating structure, the polymer used in 3M damping foil 2552 converts vibration to negligible heat." [url=http://www.foundry.co.za/blog/wp-content/uploads/2010/04/3M?-Damping-Foil-2552.pdf]3M? Damping Foil 2552[/url] [/QUOTE]
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Driver Rubber Around Metal Questions...
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