The curing characteristics and optimum blending ration for the toughener were discussed.
讨论了该增韧剂的固化特性和最佳掺合比例。
The results showed that PEI was an effective toughener of copolymeric bismaleimide resin.
实验结果表明，PEI是共聚双马树脂的有效增韧剂；
The effect of compatilizer and toughener on the properties of modified PA6 /PA66 is studied.
研究了相容剂、增韧剂对改性尼龙6/尼龙66合金性能的影响。
The effects of toughener and filler on shearing strength and impact strength of epoxy adhesives were studied.
研究增韧剂、填料对环氧树脂胶粘剂剪切强度和冲击强度性能的影响。
The synthesis of the toughener is only a one-step reaction without side reactions, and has high product yield.
该增韧剂合成仅为一步反应，无副反应产生，产物产率高。
This study used as a modifier of calcium sulfate, NBS for toughener, HIPS as the theme of plastic polymer composites.
本研究采用以硫酸钙为改性剂，NBS为增韧剂，HIPS为主题塑料组成高分子复合材料。
Based on this, QS toughener was added to form epoxy resin alloy of "sea island structure", thus further improving its adhesion.
在此基础上加入QS型增韧剂，形成具有“海岛结构”的环氧树脂合金，粘结性能进一步提高。
The property of PP/carbon black conductive composite and the effect of toughener POE on the property of the composite were studied.
研究了炭黑填充聚丙烯（ PP）导电复合材料的性能以及增韧剂对其性能的影响。
Using PP as matrix resin, POE as toughener, activated talc as reinforcer, compound for back cover of refrigerator compressor is prepared.
以聚丙烯为基料，POE为增韧剂，活化滑石粉为增强剂，研制出了冰箱压缩机后罩专用料。
The invention discloses a powdered epoxy resin toughener and a preparation method thereof, which belong to the technical field of tougheners.
一种粉末环氧树脂增韧剂及其制备方法，属于增韧剂技术领域。
A structure of the toughener contains a flexible segment and an active epoxy group, so the toughener has excellent toughening effect on the powdered epoxy resin.
由于增韧剂结构中含有柔性链段和活性环氧基，因此对于粉末环氧树脂有优异的增韧效果。
With proper homopolymerized and copolymerized PP as base resins, EPDM as toughener, self-made inorganic filler a as filler, compounds for bumper with desirable properties were prepared.
采用配比合适的均聚和共聚pp为基础树脂，以EPDM为增韧剂，自制无机填充料a为填料制得性能符合要求的保险杠料。
With proper homopolymerized and copolymerized PP as base resins, EPDM as toughener, self-made inorganic filler a as filler, compounds for bumper with desirable properties were prepared.
采用配比合适的均聚和共聚pp为基础树脂，以EPDM为增韧剂，自制无机填充料a为填料制得性能符合要求的保险杠料。
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