Mikronite

[Bob Pagano]

http://finishedracing.com/

330 858 1842

[Ed Fernandez]

Kent cigarettes had a micronite filter.The early ones (1952-56) had asbestos in them.
Now back to the subject.

[Dyno]

call Jim Bailey, he makes ring and pinions look like jewels, 330-858-1842. Dyno

[joelster]

Originally Posted by Bob Pagano

http://finishedracing.com/

330 858 1842

That's cryogenic. I can see how that would make a ring and pinion stronger, but does it make the car faster? Does cryogenically treated ring+pinion gears reduce friction?

Some of you guys are tight lipped in here, lol.

Have any of you experienced positive results from switching to a Mikronited ring and gear setup? How much did you pay? Where did you get the process done?

[Reed Granrt]

Originally Posted by joelster

That's cryogenic. I can see how that would make a ring and pinion stronger, but does it make the car faster? Does cryogenically treated ring+pinion gears reduce friction?

Some of you guys are tight lipped in here, lol.

Have any of you experienced positive results from switching to a Mikronited ring and gear setup? How much did you pay? Where did you get the process done?

Cryogenics has really been around for quite some time in industry. It really didnt make it into racing until Indy and Nascar and now drag racing. Its first and foremost use was in stress relief although certain materials can see a change in strength. It would be very hard to show an increase or decrease in friction as it wasnt designed for that. It will normally result in increased tool life expectancy. Good example is drill bits and endmills. Really helps on any thing that gets shock (rear gear, trans gears). Your savings will be gears that will last much longer.
racear

[Myron Piatek]

Originally Posted by joelster

That's cryogenic. I can see how that would make a ring and pinion stronger, but does it make the car faster? Does cryogenically treated ring+pinion gears reduce friction?

Some of you guys are tight lipped in here, lol.

Have any of you experienced positive results from switching to a Mikronited ring and gear setup? How much did you pay? Where did you get the process done?

Jim's website shows that he can do cryo, the "Finished" surface treatment or both!

I've been getting gears done for a few years and they appear to be lasting longer. I was not in a position to do back-to-back tests with the "Finished" surface treatment, but others I know have had positive responses. It would stand to reason that a highly polished surface would at least have less resistance moving through oil over OEM machined and coated surfaces. A smoother surface would also tend to reduce friction. I wouldn't be wasting my time on it if I didn't think it was beneficial.

[BlueOval Ralph]

A smoother surface would also tend to reduce friction. This may not be 100% correct you may not want a super fine finish as it may not let your ring & pinion retain the lube the parts don't like to run dry.

Originally Posted by Myron Piatek

Jim's website shows that he can do cryo, the "Finished" surface treatment or both!

I've been getting gears done for a few years and they appear to be lasting longer. I was not in a position to do back-to-back tests with the "Finished" surface treatment, but others I know have had positive responses. It would stand to reason that a highly polished surface would at least have less resistance moving through oil over OEM machined and coated surfaces. A smoother surface would also tend to reduce friction. I wouldn't be wasting my time on it if I didn't think it was beneficial.

[Myron Piatek]

Originally Posted by BlueOval Ralph

A smoother surface would also tend to reduce friction. This may not be 100% correct you may not want a super fine finish as it may not let your ring & pinion retain the lube the parts don't like to run dry.

Point taken.

I guess it depends on the lube and other variables.
But bottom like, they appear to last longer for me..

[BlueOval Ralph]

It should help life but becarefull on the lube side you need the lube in the meshing of the gears and with alot of EP addiv. so gear mesh does not pust the lube out it needs to stay on the teeth.
JMPO

[Marine One]

The way I understand it is the more carbon you add, the stronger the steel. Low carbon steel gives us stamped steel fenders and panels. Medium carbon steel gives us blocks, cranks, rods and gears. High carbon steel gives us springs and fuel injection parts.

What cryo treating does for us is it transforms brittle austenite into a much tougher material called martensite. A downside to this is the fact that we could end up with what I guess I will call "unstructured martensite" for lack of a better term.

To help illustrate my point, an extreme example would be like pulling all the carbon out of a high carbon steel spring with five coils and putting it back in at the first, second and third bottom coils. By definition it is still a coil spring made with high carbon steel, but the way the carbon is structured makes the top portion of the spring vulnerable.