Yeah. Or just about any type of professional sport whatsoever.Matching colors always reminds of something like this where soccer mom plays stylist
Depends on what you do before you anodize the part. For example if it is chemically stripped prior to anodizing (necessary if the part is already anodized for example) then the re-anodized part will actually have lost material - thus be thinner - than the original part. Because the anodizing is essentially part of the aluminium, to remove it you must remove some of the original material as well.when you get links or other parts anodized, does it add to the thickness of the part?
hmm, maybe some more research/thinking is in orderThe anodizing itself only adds microns of thickness, not enough to affect anything I've seen, but the stripping process can result in significant enough losses to cause play in parts if you aren't careful.
Yeah I heard about a guy that removed the anodising on a headset with chemicals and it removed so much of the material that the headset wouldn't sit properly in the frame.hmm, maybe some more research/thinking is in order
At 10-20 microns wouldn't loctite for bearings be more than enough to fix that? Honest question, not being a smart ass...If you remove anodising from a bearing seat (probably likely on swingarms, links, etc) and re-anodise you can expect the diameter to open up by around 10-20 microns. Depending on the original tolerances of the item in question, this could end up presenting a bit of a problem.
As staike says, the same thing would happen on the external surfaces, however it is possible to mask areas from being stripped/anodised. Don't think it's a common practice though and requires 2-3 layers of a lacquer applied to the area to be masked (and isn't easy to get right)
yup, the right loctite might be fine (can't remember which one would do the job right now, too many numberz!)At 10-20 microns wouldn't loctite for bearings be more than enough to fix that? Honest question, not being a smart ass...
i was thinking the same thing. by the OP standards, pretty much every bike on the planet is a custom one...IMHO, a custom bike is a bike a manufacturer builds to your own specification, as in angles, chainstay or TT lenght, etc... A bike like yours is stock bike, with customization on the parts and/or painting.
Good to know, didn't even consider the threads...Yeah loctite 609 retaining compound (green liquid) does the trick and will fix most problems, but keep in mind it's not just bearing seats that can suffer - so can threads, and links that rely on tight tolerances with mating shafts.
In my experience there's not much that the right loctite product can't fix (i.e. all of the above), but it is still a hassle - long cure times (24-48h) require patience, and disassembly can be more difficult later.
i was thinking the same thing. by the OP standards, pretty much every bike on the planet is a custom one...
Ano thickness also depends on how long they leave it in the tank (and what spec is used). I have made parts, then had them anodized, and the threads became undersize and had to re-tap them post anodizing (not good for threads or tap). When dealing w/ a press fit bearing bore this can be a problem. You can also have an area masked so it does not get anodized (just like w/ painting).Depends on what you do before you anodize the part. For example if it is chemically stripped prior to anodizing (necessary if the part is already anodized for example) then the re-anodized part will actually have lost material - thus be thinner - than the original part. Because the anodizing is essentially part of the aluminium, to remove it you must remove some of the original material as well.
The anodizing itself only adds microns of thickness, not enough to affect anything I've seen, but the stripping process can result in significant enough losses to cause play in parts if you aren't careful.