Efficient, anti-wear and energy-saving lubricating oil and preparation method thereof
A lubricating oil, high-efficiency technology, applied in the direction of lubricating composition, petroleum industry, etc., can solve the problems such as the effect is not very obvious, the friction surface and the metal surface are rusted, and achieve the effect of saving fuel, improving the mechanical seal, and the effect is obvious
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Embodiment 1
[0032] A high-efficiency anti-wear and energy-saving lubricating oil, comprising the following components in parts by weight: 3 kg of high-efficiency anti-wear repair agent, 1 kg of nano-graphite, 1 kg of nano-silicon oxide, and 9 kg of engine lubricating oil; Composed of binary ethylene propylene rubber and nano-copper, the ratio of the two is, binary ethylene-propylene rubber: and nano-copper material = 5:2.
[0033] A preparation method of high-efficiency anti-wear and energy-saving lubricating oil, comprising the following steps:
[0034] (1) After the nano-copper of the formulated amount is dispersed by the vacuum airflow dispersion method in a vacuum state, the binary ethylene-propylene rubber of the formulated amount is added to wrap the surface of the nano-copper to obtain a high-efficiency anti-wear and energy-saving repair agent;
[0035] (2) get the nano-graphite of formula quantity, nano silicon oxide and the high-efficiency anti-wear energy-saving repairing agent ...
Embodiment 2
[0037] A high-efficiency anti-wear energy-saving lubricating oil, comprising the following components in parts by weight: 97 kg of high-efficiency anti-wear repair agent, 50 kg of nano-graphite, 50 kg of nano-nickel oxide, and 95 kg of engine lubricating oil; Composed of binary ethylene propylene rubber and nano molybdenum, the ratio of the two is, binary ethylene propylene rubber: nano molybdenum = 8:5.
[0038] A preparation method of high-efficiency anti-wear and energy-saving lubricating oil, comprising the following steps:
[0039] (1) After the nano-molybdenum in the formula is dispersed by the vacuum airflow dispersion method in a vacuum state, the binary ethylene-propylene rubber in the formula is added to wrap the surface of the nano-molybdenum to obtain a high-efficiency anti-wear and energy-saving repair agent;
[0040] (2) get the nano-graphite of recipe quantity, nano-nickel oxide and the efficient anti-wear energy-saving repairing agent that step (1) obtains and ...
Embodiment 3
[0042] A high-efficiency anti-wear energy-saving lubricating oil, comprising the following components in parts by weight: 50 kg of high-efficiency anti-wear repair agent, 25 kg of nano-graphite, 25 kg of nano-chromium oxide, and 50 kg of engine lubricating oil; Composed of binary ethylene propylene rubber and nano-aluminum, the ratio of the two is 6:3.
[0043] A preparation method of high-efficiency anti-wear and energy-saving lubricating oil, comprising the following steps:
[0044] (1) After the formulated amount of nano-aluminum is dispersed in a vacuum state by the vacuum airflow dispersion method, the formulated amount of binary ethylene-propylene rubber is added to wrap the surface of the nano-aluminum to obtain a high-efficiency anti-wear and energy-saving repair agent;
[0045] (2) get the nano-graphite of formula quantity, nano-chromium oxide and the high-efficiency anti-wear energy-saving repairing agent that step (1) obtains and join in the engine lubricating oil o...
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