固化促进剂

固化促进剂对环氧共混体系相结构的影响

Effect of cure accelerator on phase morphology in epoxy / polysulfone blends

研究了耐候粉末涂料用聚酯树脂合成中固化促进剂的作用；

The functions of cure accelerator in synthesizing polyester resin for powder paints with good weatherability are studied .

反萃取FAAS测定树脂固化促进剂中环烷酸钴

Determination of Cobalt in Solidified Resin Promoter by Successive Extraction and FAAS

潜伏性环氧树脂固化促进剂M-Cd的合成及其应用

Synthesis of M-Cd a latent curing accelerator for epoxy resins and its use

环氧树脂中温固化促进剂评述

Review on accelerators for moderate temperature curing of epoxy resin

新型咪唑类环氧固化促进剂

New imidazole accelerator for curing

对由环烷酸制备的咪唑啉环氧树脂固化促进剂在实验室进行了评价，并介绍了其在工业上应用的情况。

In this paper , laboratorial evaluation and industrial application of curing accelerator , imidazoline prepared from naphthenic acid were introduced .

可采用氧化镁和氢氧化钙复配固化促进剂体系，较好地兼顾材料的浸锡性能和机械性能。

Magnesium oxide and calcium hydroxide mixed system is better take into account the material properties and mechanical properties of solder resistance .

选择强力高效的固化促进剂体系，降低固化温度、提高固化速度，满足了现代工业快速生产的需要；

A system of epoxy resin , anhydride and accelerator was selected which efficiently promoting the curing speed and decreasing curing temperature .

本文对酚醛手糊成型的树脂及其合成方法、固化促进剂、活性助剂、辅助材料以及成型工艺做了初步的研究，并进行了讨论。

In this paper , we indicateed some researches on the resin , curing agent , active additive and other materials suitable for phenolic hand lay-up process .

对于无氨酚醛模塑料的耐浸锡来讲，可通过提高热固性树脂的比例，使材料的热刚性提高；也可适当增加固化促进剂的用量，增加热固性。

Increasing the ratio of thermosetting resin and the amount of curing accelerator can improve the thermal rigidity and thermosetting . They will improve the solder resistance of ammonia-free phenolic molding compounds .

树脂与固化剂、促进剂等混合后组成树脂体系。

A resin system is composed of resins , curing agents and accelerants .

紫外固化中光敏促进剂对固化速度的影响

Study on photosensitizer affecting UV - curing velocity

对于环氧树脂而言，由于选用的固化剂和促进剂种类不同所得到的环氧树脂固化物性能也不相同；即便是采用相同的固化剂和促进剂，所采用的固化制度不同也会造成性能的差异。

In terms of the epoxy resin , choosing different kinds of curing agent and accelerating agent will lead to different properties of its cured .

本文研究了季铵盐对酸酐/环氧树脂体系的促进作用.结果表明，这种季铵盐与叔胺一样可作为酸酐/环氧树脂固化体系的促进剂，且具有一定的潜伏性。

Like tertiary ammonium , quaternary ammonium salt has accelerating effect on curing of acid anhydride / epoxy resin system and has a certain degree of latent tendency .

环氧树脂与改性液体酸酐体系的凝胶时间与环氧树脂的结构与组成、固化温度及促进剂等因素有关；

The gelation time of this epoxy resin with modified liquid anhydride was related to the chemical structure and the composition of epoxy resin , curing temperature and accelerator .

做的好的有点任性，凑合能交货，做的不好的有粘手的，有不固化的，促进剂加入多少也影响产品质量，太麻烦。

Do good , a bit self-willed , makeshift delivery , do not have a sticky , not curing accelerator , adding many also affect product quality , and too much trouble .

通过对环氧树脂体系（树脂+固化剂+促进剂）反应时间、温度、升温速度对粘度及凝胶点的影响，找出了连续碳纤维增强热固性聚合物的拉挤控制参数。

The effect of reaction time , temperature and heating speed of resin system ( resin + curing agent + accelerator ) on viscosity and gelling point is investigated . The optimum parameters controlled in pultrusion process are explored .

表明环氧树脂热熔预浸料研制的技术关键是选择合理的树脂体系组合，有较长潜伏期的固化剂和促进剂的匹配及合适的催化剂。

The review shows the technical points of ( epoxy ) hot-melt prepreg on the ( reasonable ) combination of resin matrix , matching of curing agents and ( accelerating ) agents with longer latent period and use of appropriate catalyst .

评述了几类用于酸酐固化环氧树脂的促进剂及其在酸酐/环氧体系中的固化促进机理。

In this paper , the various kinds of accelerators which were used for curing epoxy resin with acid anhydride , and the accelerative mechanism in the epoxy resin curing system were introduced .

重点讨论了环氧树脂种类、复配合固化剂比例以及促进剂用量对胶粘剂粘接强度和耐热性能的影响。

The influence of the kinds of epoxy resin , the proportion of composite curing agent , and the content of accelerant on the adhesive strength and heat resistant properties of adhesive were discussed .

固化反应过程及固化机理与促进剂作用下酸酐固化双酚A型环氧树脂的反应基本相同。

The reaction process and curing mechanism were basically identical to the curing reaction of bisphenol A epoxy resin with anhydride in the presence of accelerator .

结果表明，固化时间主要取决于固化剂、促进剂、填料、阻聚剂的组成和用量；

Results showed that the solidification time was mainly determined by the composition and quantity of solidifying agent , promoter , filler and retarder .