These ceramic particles are suspended in a oil base (compatible with any type of your favorite ammonia compressor mineral or synthetic oil).  The oil base acts as a delivery media to deliver RC-A’s ceramic particles to the compressor’s parts lubricated by the compressor’s oil system.

Nanometer size carbon ceramic particles are embedded into the friction surfaces of the compressor thus reducing internal friction (the friction between carbon ceramic and metal is, at a minimum, 20% lower than between two metals) and extending compressor life.  They also improve the heat transfer and load bearing capability of the compressor oil resulting in lower operating temperature and lower power consumption.

Typically ammonia compressors cycle many times throughout the day, and each time there is no oil on friction surfaces during startup.  Embedded carbon ceramic particles reduce starting torque (lesser coefficient of friction results in less wear) and the oil suspended particles help to minimize/eliminate the boundary lubrication period by improving oil performance during the startup period.

There are two basic differences in product applications:


1. Diamonizer® GT benefits when applied to gears that have similar tooth hardness:
   While the transmission is running, Diamonizer®’s round particles will get in between the transmission’s gears to work as super small ball bearings.  This reduces the pressure exerted by the gears on the film of lubricant between the meshed teeth of the gears; thus reducing loss of friction and improving the efficiency of the transmission.
   
   
2. Diamonizer® GT benefits when one gear is made from softer material (bronze, etc.) while another gear is made from steel (hardened steel):
   Diamonizer® GT particles modify the surface of the softer gear.  Super small carbon ceramic particles will be  embedded into the softer gear surface by harder gear.  This surface modification will produce a composite surface, that will have a slippery surface and better wear resistance (due to a very low coefficient of friction of carbon ceramic), there is a  reduction in friction, increased gear life and improvement in transmission efficiency.

·     Reduce wear and operating temperature in gear boxes resulting from friction.

·     Improve gear lubricant heat transfer capability.

·     Increase load carrying capacity at slow speed.

Ceramic particles are suspended in a oil base that universally compatible with mineral or synthetic based chain lubricants.  The oil base acts as a delivery media to deliver CL’s ceramic particles within the chain components.  When the CL nanometer size carbon ceramic particles are suspended in the chain lubricant they penetrate the clearances of the chain components and act as ball bearings thus reducing internal chain friction and therefore chain wear.  CL also increases load bearing capability of the chain and reduces its operating temperature.  

These rounded carbon ceramic particles are suspended in a universally compatible hydraulic oil base (compatible with any type of your favorite hydraulic oil: mineral or synthetic).  The oil base acts as a delivery media to deliver HS’s ceramic particles to the hydraulic system’s components.  Diamonizer® product HS will not have a negative effect on sealing components.

Nanometer size rounded carbon ceramic particles are embedded where two hard surfaces rub against each other thus reducing internal friction (the friction between carbon ceramic and metal is, at a minimum, 20% lower than between two metals) and extending hydraulic system component life.  Diamonizer® carbon ceramic particles also improve the heat transfer and the load bearing capability of the hydraulic oil resulting in lower operating temperature and lower power consumption.

Typically Hydraulic Systems components cycle intensively throughout the day.  Diamonizer® rounded carbon ceramic particles (whether embedded into surfaces or suspended in hydraulic oil) will reduce hydraulic motor componets wear, prevent sticking and freezing of the operational valve spools, reduce break-away force and help to minimize/eliminate the boundary lubrication period by improving oil performance.

These ceramic particles are suspended in a universally compatible compressor oil base (compatible with any type of your favorite air compressor oil: mineral or synthetic).  The oil base acts as a delivery media to deliver CA’s ceramic particles to the compressor’s parts lubricated by the compressor’s oil system.

Nanometer size carbon ceramic particles are embedded into the friction surfaces of the compressor thus reducing internal friction (the friction between carbon ceramic and metal is, at a minimum, 20% lower than between two metals) and extending compressor life.  They also improve the heat transfer and load bearing capability of the compressor oil resulting in lower operating temperature and lower power consumption.

Typically air compressors cycle many times throughout the day, and each time there is no oil on friction surfaces during startup.  Embedded carbon ceramic particles reduce starting torque (lesser coefficient of friction results in less wear) and the oil suspended particles help to minimize/eliminate the boundary lubrication period by improving oil performance during the startup period.

These rounded carbon ceramic particles are suspended in a bearing grease (it can be standard bearing grease or a custom formulation with your favorite product).  Diamonizer® ceramic particles act as super small balls within the bearing lubricant base prolonging bearing life by reducing friction and wear.  Product BL also helps to prevent seizing and freezing of sliding and rolling components.  Diamonizer® product BL will not have a negative effect on sealing components.

Depending on the material of the bearing’s friction surfaces the nanometer size rounded carbon ceramic particles may be embedded in one of two friction surfaces rubing against each other (the friction between carbon ceramic and metal is, at a minimum, 20% lower than between two metals) or stay loose in the grease working as super small rounded balls between friction surfaces.   They also improve the heat transfer and load bearing capability resulting in lower operating temperature and lower power consumption.