ETEX working principles

1. Falls into the friction zone and polishes the surface

ETEX particles are softer than metal and do not adversely affect friction mechanisms. Under the influence of contact loads in the friction zone, the decomposition of particles of minerals occurs, which first seeps the surfaces of metals, polishing them from previously-formed slag and deposits of decomposition of lubricants.

2.  Saturate the metal surfaces with ETEX particles

The next step is the release of minerals that fill previously-formed gaps on metal structures, minimizing them, and in some cases bringing them to their nominal values.

3.  Format a new friction pair in the friction zone

A new surface of increased friction hardness is formed, which has a high-strength, protective layer, with high-wear resistance and a significantly reduced coefficient of friction. It is firmly held in the friction zone, takes on all the loads, plus it has an increased sliding material. It is also worth noting that the new surface separates the friction mechanisms and prevents them from contacting even in the case of acute lubricant deficiency.

Input method of ETEX formulations:

Processing can be carried out by introducing ETEX into a standard oil system or grease. No specialized tool is required.