Microcrystalline wax 170 (white) is a light colored, soft, fully refined microcrystalline wax.
微晶蜡170(白色)是一种淡色，柔软，经完全精炼的微晶蜡。
The invention offers a method for making white microcrystalline wax of high quality through hydrogenation.
本发明公开了一种一段加氢生产高质量白色微晶蜡产品的方法。
Carnauba wax substitute was synthesized from paraffin and microcrystalline wax by oxidation with pure oxygen and esterification.
以石蜡、微晶蜡为原料，采用纯氧氧化、酯化工艺，合成符合天然巴西棕榈蜡指标的替代品。
Potential applications were expected of MIBK-MEK solvents in the process of microcrystalline wax production due to their good selectivity.
MEK拥有的良好的选择性使其在溶剂脱蜡脱油生产微晶蜡工艺中有较好的应用前景。
A reflexion scattering spectrophotometry for the adsorption and the extraction of the complex of nickel with dimethylglyoxime using microcrystalline wax have been studied.
研究了微晶石蜡吸附萃取镍 -丁二酮肟络合物的条件 ，并设计了固相反射散射分光光度法直接测定石蜡相中镍含量的方法。
A polymer modified concrete curing agent of emulsion wax was obtained from the combination of paraffin wax, microcrystalline wax and polymers by use of Uniform Design Software.
研制了一种以石蜡、微晶蜡和高聚物树脂为成膜物质并经乳化而成的混凝土养护剂。
The invention is characterized on short process flow, simple operation, etc, therefore, we can use the present ceresin wax hydrogenation devices to produce refining microcrystalline wax.
本发 明方法具有工艺流程短、操作简便等特点，可以充分利用现有石蜡加氢装置进 行微晶蜡的精制生产。
The substitute for the Carnauba wax was synthesized by catalytic oxidation of paraffin and microcrystalline under acidic catalyst and then using physical blending method.
在酸性催化剂存在的条件下，由石蜡和微晶蜡的混合物催化氧化反应，再经物理调和，合成天然巴西棕榈蜡替代品。
The artificial beeswax was prepared from paraffin wax and microcrystalline by chemical modification. Its quality and function is similar to that of natural beeswax.
采用石蜡与微晶蜡为原料，经化学改性研制出人造蜂蜡，其质量和性能与天然蜂蜡基本相同。
The artificial beeswax was prepared from paraffin wax and microcrystalline by chemical modification. Its quality and function is similar to that of natural beeswax.
采用石蜡与微晶蜡为原料，经化学改性研制出人造蜂蜡，其质量和性能与天然蜂蜡基本相同。
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