THE SCIENCE
INTRODUCTION TO NANOBORATE TECHNOLOGY
Work on materials at the nano level enables chemists to transform and accentuate the highest level of its characteristics.
For the past few decades boron has become well recognized among Tribologists for its tremendous strength, slipperiness and anti-corrosion properties.
When manipulated at the nano level all of the benefits characteristic to boron becomes even more amplified.
The main purposes of lubrication are to reduce friction and wear, extend component life and to dissipate frictional heat.
Nanoborate technology reduces friction to coefficients of 0.037, half again the friction coefficient of 'micro boron', and a fraction of traditional lubricants like zinc, phosphorous and other additives presently used in popular oil and grease formulations.
Nanoborate also has several times the load capacity of both 'micro boron' and traditional chemistries, testing at up to 4000 lbs. on the Falex Pin & Vee Block test.
Once the nanoborate friction modifier is introduced into the oil it disperses via an ester matrix and chelates onto all metal surfaces while filling in all surface asperities.
Friction and wear are reduced at rates nearing 90%.
Nanoborate greatly exceeds the challenges presented by today’s tightened fluid system tolerances.
Significant reductions in friction also have the highly desirable side effect of increasing the system's fuel efficiency.
Nanoborate lubrication reduces the amount of energy required to operate the system.
This new Nanoborate approach eliminates the challenges of boric acid as far as dispersion and agglomeration which causes the boric acid to be ineffective and short lived.
Nanoborate is not affected by water and contaminants in the oil.
Some of these next generation Nano Lubricants, Fuel Treatments and Metal Treatment with established superior results from around the world are available now at our Online Store.
Additional information available at Archoil.com
