Hello dear visitors of the forum. I would like to tell you something about the unique development of Russian scientists. Nanocarbon lubricant for used cars to improve the engine and prolong its life. The lubricant is patented and tested in the harsh conditions of Siberia.
Characteristics
Nanocarbon lubricant "Sibra" is designed for the treatment of friction surfaces, friction units of machine parts and mechanisms, in order to ensure wear resistance, reduce friction coefficients and increase the service life. The active components of the suspension are powders of nanocarbon materials, the technology of which is protected by patents. The suspension is intended for use as an additive in oils for normal and forced operation:
- gasoline internal combustion engines;
-diesel engine;
- car transmissions (except automatic transmissions);
- friction and rolling bearings;
- at operation of any industrial equipment having friction units.
The suspension is a product of industrial technical application and can be used in mechanical engineering, aircraft engineering, shipbuilding and other industries. Lubricant "Sibra" contains a set of purified nanoparticles of carbon materials. Lubricant: does not contain metal particles
does not form precipitation during storage,
does not contribute to chemical or electrochemical corrosion,
not delayed in filters.
It has a high welding force (the value depends on the concentration of nanoparticles)It is recommended to use in the internal combustion engine, transmission, (except automatic), gearboxes.How to use: pour in the oil in the ratio of 1: 100 (for 1l of oil 10 ml of suspension)Note: oil when pouring should produce no more than 30% of its resource.
Ash content,%, not more than ----------------------------------------------------0.1
Filterability,%---------------------------------------------------------------------- 100
The size of the aggregates of nanoparticles, microns, not more than---------- 1
Water content and water soluble impurities,% --------------------------- missing Anti-wear properties (reduction of contact wear),%, not less than --------1000
Specific weight, g / cm3 --------------------------------------------------0.98 ... 1.1
Mass fraction of mechanical impurities,%, no more -------------------- missing
Mechanism of action
Due to the friction energy, nanoparticles form an additional protective layer on the friction surface, consisting of nanoparticle degradation products and lubricating oil. The layer thickness is determined by the composition of the nanoparticles, the values of specific pressures and impurities in the oil. The thickness of the protective layer is microns and it partially compensates for the wear of the friction surface.
The result of applying nano-carbon lubricant "Sibra"
1. The absence of negative manifestations.
2. Increase the service life (motors, gearboxes, bearings).
3. Increase the degree of compression in the internal combustion engine.
4. Reduced fuel consumption.
5. Reducing internal friction losses.
6. Easier start of ICE at low temperatures.
7. In some cases, there is a decrease in oil consumption, improvement of the operation of fuel equipment.
8. Reducing the concentration of carbon monoxide in the exhaust gases (which is most relevant for large cities).
A positive result persists for 30-50 thousand kilometers of the car.
Laboratory and industrial tests of carbon lubrication Sibra were conducted at the Harbin Automobile Institute (PRC), in the Nadezhnost center of Samara, at the copper plant of Norilsk Nickel, Rosneft, and in auto service shops in Krasnoyarsk and the Kemerovo region. According to the results of industrial tests, a positive dynamics of engine operation is observed, especially at low temperatures, an increase in the compression ratio, and a decrease in fuel consumption.
The positive effect of lubricants with the use of carbon nanofibers is achieved due to the destruction of the crystalline structure of nanoparticles in places of high local energies. The high quantum of energy released during this process ensures the connection of the products of the destruction of nanoparticles and oil with a metal substrate, forming an additional separation layer.
Edited by AlexCCC on 13/02/2019 at 04:41
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