3 May
2016
3 May
'16
1:44 p.m.
On Tue, May 3, 2016 at 10:14 AM, Mike Stein <mhs.stein at gmail.com> wrote:
What's the best commonly available solvent for
cleaning the rubber goo that used to be pressure
rollers, belts, feet etc.?
On a similar note, does any have a solution to firm up rubber that is
just starting to gooify?
I have some joystick feet that are just starting to get sticky.
--
--
tim lindner
"Proper User Policy apparently means Simon Says."
4 May
4 May
4:31 p.m.
Well I currently have that problem with fancy cars of Italian origins, and knowledgeable
people told me the real solution is to take the parts out and send them to:
stickynomore.com (yes, their real name)
Parts get returned in two weeks, look like new and never get sticky again. At least that?s
what I am told, and everyone in the business seem to agree. Haven?t tried it yet. Don?t
know the cost either, might be way over the top for a joystick!
Another solution I heard was to wipe with isopropyl alcohol or goo-be-gone, but common
sense tells me it?s just going to dissolve the top layer and your problem might reappear.
Haven?t tried it either.
Darn rubber parts.
Marc
From: cctalk <cctalk-bounces at classiccmp.org> on behalf of tim lindner
<tlindner at macmess.org>
Reply-To: "cctalk at classiccmp.org" <cctalk at classiccmp.org>
Date: Tuesday, May 3, 2016 at 10:44 AM
To: "cctalk at classiccmp.org" <cctalk at classiccmp.org>
Subject: Firming up rubber? (was: Cleaning rubber goo)
On Tue, May 3, 2016 at 10:14 AM, Mike Stein <mhs.stein at gmail.com> wrote:
What's the best commonly available solvent for cleaning the rubber goo that used to
be pressure
rollers, belts, feet etc.?
On a similar note, does any have a solution to firm up rubber that is
just starting to gooify?
I have some joystick feet that are just starting to get sticky.
--
--
tim lindner
"Proper User Policy apparently means Simon Says."
5:36 p.m.
On Wed, 4 May 2016, Curious Marc wrote:
Well I currently have that problem with fancy cars of
Italian origins,
and knowledgeable people told me the real solution is to take the parts
out and send them to: stickynomore.com (yes, their real name)
That's neat. I wish I had that problem (fancy cars of Italian origins).
:-)
Don?t know the cost either, might be way over the top
for a joystick!
Another solution I heard was to wipe with isopropyl alcohol or
goo-be-gone, but common sense tells me it?s
Heh, there are guys who do their Ph.D on stuff like this (materials
science). The main thing I would say (and sorry if it sounds trite) is
that you want to make sure you use polar solvents and non-polar solvents
(ie.. water or oil based) on the appropriate material. So, if it's an oil
based adhesive, use a non-polar solvent like lighter fluid etc.. The
problem with this is that (as others have said) it's very tough to know if
the solvent will break down the rubber, too. You gotta test it.
Just FYI, there is another possibility. Since you are a geek, you probably
either have a 3D printer or know someone who does. If the part has a
simple shape you can measure, grab a free copy of google sketchup (or
whatever your favorite CAD program is) and model it. Then you can give the
drawing to your friend had have him print the part(s) you need. If you are
like me, and you have few friends, then you can use an online service like
i.Materialize or Shapeways and have them print it. The key is to use a
filament base that has the same dynamics as the part you are replacing.
Some market-droid talk from a filament maker about rubber materials:
" With Rubber-like PolyJet photopolymers, you can simulate rubber with
different levels of hardness, elongation and tear resistance. "
Thus, if it's not too crazy-complex of a part, you could probably do it
for not-much-more money than what it'd cost to buy some kind of
reconditioning solvents. If it *is* a complex part, you might consider
doing a 3D scan first (again you can use a service) and then working off
the that model. It's just a random idea that could help.
-Swift
7:17 p.m.
On Wed, 4 May 2016, Swift Griggs wrote:
That's the rule of thumb, but as usually there are exceptions. For
example water and cyclohexane are strictly polar and non-polar
respectively, but ethanol and IPA are a bit of both, owing to their
molecules' structure (IPA's also highly hygroscopic). Depending on the
intended use this may be an advantage or disadvantage, and that of course
also means you need to research any solvent before use, by either studying
available data or empirically.
Maciej
Don?t know the
cost either, might be way over the top for a joystick!
Another solution I heard was to wipe with isopropyl alcohol or
goo-be-gone, but common sense tells me it?s
Heh, there are guys who do their Ph.D on stuff like this (materials
science). The main thing I would say (and sorry if it sounds trite) is
that you want to make sure you use polar solvents and non-polar solvents
(ie.. water or oil based) on the appropriate material. So, if it's an oil
based adhesive, use a non-polar solvent like lighter fluid etc.. The
problem with this is that (as others have said) it's very tough to know if
the solvent will break down the rubber, too. You gotta test it.
3001
days inactive
3002
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4 comments
5 participants
participants (5)
-
cisin＠xenosoft.com -
curiousmarc3＠gmail.com -
macro＠linux-mips.org -
swiftgriggs＠gmail.com -
tlindner＠macmess.org