zinc stearate 中文意思是什麼
zinc stearate
解釋
魯蠟酸鋅-
Talc, zinc stearate, phenyl trimethicone, iron oxide brown, ferric ammonium ferrocyanide, chrome oxide green, ultramarine blue, hydrated chrome oxide green
滑石，硬脂酸鋅，苯基三甲基聚矽氧烷，氧化鐵棕，氧化鐵氨，氧化鉻綠，人工合成群青藍，水氧化鉻綠。 -
Zinc stearate is the coordination thermal stabilizer for pvc with good lubricity, vulcanization - resistance, non - poisonous and inhibiting initial coloring
本品為聚氯乙稀的無毒穩定劑，主要用於軟質製品。 -
Properties : white light powder with specific specific gravity of 1. 095, soapy, insoluble in water, but soluble in organic solvent such as hot ethanol, benzene and terebinth etc. and decompounds into stearate and zinc when meeting strong acid
物理性能：硬脂酸鋅，為白色輕質粉狀，比重1 . 095 ，有滑膩感，不溶於水，溶於熱的乙醇、苯和松節油等有機溶劑，遇強酸則分解為硬脂酸和相應的鋅鹽。 -
The tensile strength of m / zinc stearate and m / barium stearate improved 97 % and 104 % compared to grt respectively, the elongation at break of triethylene tetramine and tetraethylene pentamine improved 115 % and 152 % compared to grt respectively
M硬酯酸鋅、 m硬酯酸鋇的拉伸強度分別為6 . 8mpa 、 7 . 05mpa ，比grt分別提高了97 、 104 。三乙烯四胺和四乙烯五胺的扯斷伸長率分別為290和340 ，比grt分別提高了115和152 。 -
The optimal recipe was gained through perpendicular experiment, the properties of recipes of 2 - mercapatobenzothiazol / zinc dimethyldithiocarbamate ( m / zdmc ) and benzothiazyl disulphide ( dm ) / zdmc and 4, 4 ' - dithiodimorpholine ( dtdm ) / zdmc was better than the others, zdmc was replaced by zinc stearate and barium stearate for the first time, the properties of triethylene tetramine and tetraethylene pentamine was better than the others, " heavy oil " was used to solubilize grt further
在de - link改性體系中，通過正交實驗得出m zdmc的最佳工藝， m zdmc 、 dm zdmc 、 dtdm zdmc配方的性能較好；首次用硬酯酸鋅和硬酯酸鋇代替zdmc ，代替后的性能稍有提高；在乙撐胺改性體系中，三乙烯四胺和四乙烯五胺的性能較好。 -
The increase of zinc stearate and calaiurn strarate ' s content is propitious to the material processing, usually causes reduction material ' s mechanics performance, when the content of the latter in material exceed 2. 5, it can make the impacting strength has a tendency of ascend, but it ' s influence on other performance is not large
硬脂酸鋅和硬脂酸鈣的含量增加有利於材料的加工，通常導致材料的力學性能降低，後者在材料中的含量超過2 . 5份時會使沖擊強度呈現升高趨勢，但對其它性能的影響不大。
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