The way I understand it, Stabilant is used to prevent oxidation by forming a
protective layer over the conductors after the two slide together. I've
been trying out "Deoxit" and "PreserveIT" which are I suspect the same
thing. Supposedly the Deoxit removes oxides and then applies the thin
protective layer. I don't know why I bought the PreserveIT unless it's
protection is somehow better. You can get this stuff from Caig
laboratories for a pretty reasonable price. I don't really know how much
improvement it makes. I just applied it last week to some ATE connections that
had been giving me trouble and so far so good but it's too early to tell.
>What
>physical phenomena are being utilized by the liquid to decrease the electrical
>resistance between the contacts? Is the liquid actually breaking down oxides
>that form on the surface of the metal contacts? What is the composition of the
>Stabilant 22 liquid? Are there alternative liquid products on the market which
>claim to perform the same function?
What I'm using..."DeoxIT" and "PreserveIT" are made by Caig Laboratories
which also makes "Cramolin" and several other cleaners and protectors. I
ordered mine from MCM Electronics @ 1-800-543-4330
Jerry Pournelle, the Byte columnist,
>mentions this "miracle" liquid so often that I wonder whether he's getting some
>kickbacks from the manufacturer.
Nah...he just needs to be a windbag. You've got to talk about *something*.
Sometimes Pournelle sounds like a broken record. I used to see him
mention "WORM (write once read only memory) drives" at least once every issue
of Byte for some reason.
--
| "The natural progress of things is for government |
| to gain ground and for liberty to yield" |
| Thomas Jefferson |
| Brad Kepley kep...@photon.phys.unca.edu |
I don't know of anything it can do for gold contacts, but tin-tin contacts
can suffer from fretting corrosion, a buildup of tin oxide due to the energy
produced by microscopic movements between the connector surfaces, mostly
as a result of temperature changes. Lubricants can prevent fretting
corrosion, though I'm not sure I recall seeing any data on how they work,
seems to be partly excluding oxygen and reducing the frictional
energy between the contact surfaces. Can anyone shed any light on this?
> In article <2kvurj$5...@news.doit.wisc.edu>, D...@cardio.hosp.wisc.edu () writes:
> > How does the expensive commercial product Stabilant 22, a liquid connection
> > enhancer, work? ...
As I understand it Stabilant 22a is much more than a lubricant,
and is a polymer that conducts under the influence of a magnetic field.
(i.e. does not short across contacts if used in over generous quantities).
I have found that it works where normal contact enhancers fail,
and is non-corrosive (some contact enhnacers have deoxidants that seem to
promote corrosion at a later date.).
It is expensive, but a small tube goes a long, long way; and I have had
very good experiances with it.
Andy
Does anyone know what the Trade Name in Japan for this stuff is?
I am sure that the Japanese screwed up the name of the product, they always
do.
Will....