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METHOD OF PRODUCTION OF NANO-DISPERSED WEAR RESISTANT COMPOUND (NDWRC) AND LUBRICATING COMPOSITION CONTAINING IT

机译:纳米分散抗磨化合物(NDWRC)的生产方法及包含它的润滑成分

摘要

1. A process for preparing nanosized antiwear composition (SDSS), comprising placing between the rubbing surfaces of the parts a lubricant composition comprising a lubricant and the main SDSS, wherein SDSS is a suspension of a liquid lubricant and a finely divided mineral slurry, the slurry obtained as follows: - a set of natural minerals previously milled to a powder, the magnetic separation is carried out it is introduced into the liquid lubricant disintegrated to a particle size minerals, no more than 1 micron, the resulting mixture is settled, and the resulting sludge suspension is used above as an additive to the lubricant, wherein a set of natural minerals has following component ratio, wt.%: Serpentine (lizardite and chrysotile) 80-87 Magnetite Chlorite 2-3 1-2 1-2 Amakinit Calcite 0.5-1 The amorphous phase 8,5-12,! And immediately before disintegration in the liquid lubricant introduced surfactants, forming particles of minerals in the process of dispersing the colloidal solution, characterized in that, before the disintegration of the liquid lubricant powder is placed in the process fluid and conduct processing the resulting slurry of powder and the process fluid by means of ultrasound at a radiation power e less than 5 kW at a duration of at least 10 minutes, and then produce the process fluid removal, followed by dispersing in a liquid lubricant. ! 2. Method according to claim 1, characterized in that the process fluid is water. ! 3. A method according to claim 1 or 2, wherein m
机译:1.一种制备纳米级抗磨剂组合物(SDSS)的方法,该方法包括在部件的摩擦表面之间放置包含润滑剂和主SDSS的润滑剂组合物,其中SDSS是液体润滑剂和细分的矿浆的悬浮液,按以下方式获得的浆液:-一组预先研磨成粉末的天然矿物,进行磁分离,将其引入已分解成粒度不超过1微米的矿物的液体润滑剂中,沉淀所得混合物,以及所得的污泥悬浮液在上面用作润滑剂的添加剂,其中一组天然矿物具有以下成分比率(重量%):蛇纹石(蜥蜴石和温石棉)80-87磁铁矿绿泥石2-3 1-2 1-2 Amakinit方解石0.5-1非晶相8,5-12 ,!并且在即将在液体润滑剂中崩解之前引入表面活性剂,在分散胶体溶液的过程中形成矿物质颗粒,其特征在于,在将液体润滑剂粉末崩解之前,将其置于过程流体中并进行处理,从而得到粉末状的浆料。并在至少10分钟的持续时间内通过超声以小于5kW的辐射功率处理过程流体,然后去除过程流体,然后分散在液体润滑剂中。 ! 2.根据权利要求1所述的方法,其特征在于,所述过程流体是水。 ! 3.根据权利要求1或2所述的方法,其中,m

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