jaysins
100+ Head-Fier
- Joined
- Dec 9, 2008
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I used the double flange.
Idk if any of you have tried, but some tips do need to generally break in a bit after some time (some more than others). Have any of you actually used the stock tips for 50 hours before swapping out?
Tips need to be broken in? Seriously?
Tips need to be broken in? Seriously?
Yeah... It's funny how pads need to tooYou know, it's one of the reasons why people who don't believe in burn in say that we hear burn in in the first 50 hours, especially concerning bass... Oils (from your skin and ear) sort of lubricate the tip as you use it, it allows it to seal a little easier, etc. The force of your ear on the tip itself can slightly warp the shape of the tip as well providing a better seal over time...![]()
Now, you don't have to believe that lubrication and a change in the "springyness" (k constant) of a tip will change the seal that given tip provides, but I'm going to say it can, especially the second one. Honestly, take a standard large silicon tip, place it under a large book (say a full-sized calc book) for a day and see how the shape changes... Do it for two days... Then three, watch the progression, it'll change in shape. Obviously this isn't the force that your ear puts on the tip, but it is a constant force on a tip (your ear does the same when it's in your ear). Sure, it's a little accelerated, but it can make a difference. Now, I'm not saying you have to believe that the shape change will cause a change in seal (which in turn changes sound lightly), but it definitely can make a difference (kinda' like how pads can seal with our ears better over time, tips can do the same thing).
I would argue that the tips are so soft that there is no way you are deforming them enough to even approach plasticity and you shouldn't have any resulting permanent change in mechanical properties. The tips getting warm in your ear will change the stiffness and damping coefficients of the material much, much more than "breaking them in."
I don't think just the k constant would be valid for a silicon tip in an ear. As far as the physics acting on the tip itself, it would be very difficult to determine the directional forces acting on the tip due to the difference in peoples ears. Not that I disagree that tips change over time, I just think that attempting to quantify that would be opening a huge can of worms (mathematically speaking).