super indestructable tranny Mikronite metal finishing process
#1
Posted 07 November 2006 - 08:43 PM
I saw this video and thought this could be applied to a banshee tranny or maybe even a sproket!!
im sure you guys can think of many other application for this process.
#2
Posted 07 November 2006 - 08:58 PM
#3
Posted 07 November 2006 - 09:27 PM
#4
Posted 07 November 2006 - 10:14 PM
It sounds like we could use it almost everywhere, tranny, pistons, crank, etc...
#5
Posted 07 November 2006 - 10:28 PM
#6
Posted 08 November 2006 - 12:42 AM
The only problem....you have to have brand new pieces...or I'd be sending them out a tranny like yesterday.
I wonder what that would do for...pistons for example...
Very cool...
#7
Posted 08 November 2006 - 01:09 AM
2 CH3OH + 3 O2 → 2 CO2 + 4 H2O

4mil Duner - Cool head, T5's, Vforce, 34PJ's, Billet Pump, Shift Star, Side cut gears, Timing Plate, Lightened Flywheel, Billet Basket, Works rezzy all around, +2+1 a-arms, +2 fireball swinger, +2 chromoly axle, IMS Pegs, Lightweight frame, Pingel, pancake bearing, shift drum on bearings.
Stock Stroke Duner - Cool head, FMF Gold Series, Pods, Timing plate, +2+1 Arms, 450 Shocks, Shift star mod, Side-cut gears, works rear (Girlfriends Ride)
10mil Big Block Twister HS Customs frame - In the pic
I can convert your carbs to run methanol. PM Me.
#8
Posted 08 November 2006 - 01:31 AM
#9
Posted 08 November 2006 - 12:17 PM
FireHead, on Nov 7 2006, 09:31 PM, said:
I figued just that. Since it's a certain type of media it would be good for only a certain range of metals. Aluminum too soft and Titanium too hard. There is a theoretical sweet spot of effectiveness.

#10
Posted 08 November 2006 - 12:50 PM
frEsh, on Nov 7 2006, 04:58 PM, said:
yeah no doubt. wonder if they could do chains also.
and brake rotors!
but it seems like this is the same as cryogenically freezing hard parts. not in process but in performance
This post has been edited by Mullet Man: 08 November 2006 - 12:56 PM
#11
Posted 08 November 2006 - 01:15 PM
If you want a similair effect in Al or Ti, you need to be looking at anodizing, akadizing, etc. These processes will bring the surface hardness up, however I am not sure about the increase in compressive stresses. I will have to read about it today. :cool:
#12
Posted 08 November 2006 - 08:42 PM
Main Jet = 155 Pilot Jet = 45 Needle = CEL on 3rd Clip
#13
Posted 08 November 2006 - 09:07 PM
FireHead, on Nov 8 2006, 11:15 AM, said:
and whats this? sounds interesting..........
#14
Posted 09 November 2006 - 12:58 AM
stuff seems like a good idea.
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