Micro Polishing

​Less inertia = Less friction = MORE POWER = Less fuel consumed
The surface is asperity free, with a on directional (isotropic) texture.
The surface has increased bearing ratio and enhancing the lubricant retention properties of the mating surface.
The parts will have considerable amount of less friction, promoting less heat and wear.
The benefits are:
Freeing up lost horsepower
Less heat
Longer service life
Smoother movement
Smoother shifting
The process will pay for itself due to longer service life and less part replacement.

​Further Information Email Gregg@ Spearsracing1@gmail.com Or Call 209-923-4684

Micro Polishing is one of the best things you can do to improve your transmission! Micro Polishing very gently polishes and smooths your gears and removes metal stresses uniformly. It gently polishes the gears faces and dogs in the contact zones, reducing friction, and frictional losses. That means less heat, better fuel economy, and longer life. Micro Polishing will not make your gears stronger (just the surface), but reduced friction means reduced stress which equals better durability under demanding conditions!

In engines and transmission assemblies, moving parts rarely touch each other. The crankshaft in an engine does not technically contact the main bearing surfaces, only a thin oil film separates the two surfaces. In essence that is in fact what oils designed function, the of use lubricants prevents parts from actually touching. In understanding that... if things don’t touch, where does the friction come from? Take for example transmission gears. As machined from the factory, gear surfaces carry characteristics of fine flaws of very small "peaks and valleys". In the rotation of the moving parts, the gear oil is forced out from between the gear surfaces. As the oil is pushed out, a fine amount of turbulence is created as the oil has to find its way through those "peaks & valleys". This turbulence causes the oil to work in contrast, resulting in friction raising the temperature of the gear oil. 

When it comes to machined parts, smoother is better. However even the most scrutinized machined parts are still plagued by “peaks & valleys” Turned, ground and even lapped surfaces all create some degree of turbulence and increased heat. Standing to reason that any process that removes those peaks will reduce the heat and friction. 


So how is a "peak-free" surface obtained, that doesn't change the size of the parts? Utilizing proprietary technology we can produce a finer quality of work in short spans of time, than others