增韧剂

试验结果证实：油井水泥增韧剂FR的增韧效果显著；

The mechanical tests approve those results : the flexibilizer FR can increase cement 's toughness remarkably .

以SiO2为填料，丁苯橡胶（SBS）为增韧剂，探讨SiO2、丁苯橡胶含量对共混体系强度、韧性的影响。

The effectiveness of SiO2 and SBS content to the strength and toughness of blends is investigated using SiO2 as packing and SBS as flexibilizer .

AIM核壳增韧剂/PVC树脂共混体系性能

Properties of core-shell modifier aim / pvc blends

采用乳液聚合的方法合成了PVC透明树脂用的增韧剂，其改性效果十分良好。

The PVC resin modifiers are synthesized by emulsion polymerization , which have a high toughened efficiency .

油井水泥增韧剂BF的室内研究

Study on oil well cement toughness reinforcing agent BF

本文主要介绍了AC建筑结构粘合剂的配方、粘接性能、固化剂、增韧剂、填料对粘合剂性能的影响。它是一种建筑结构加固胶。

The article introduces the formula of AC structure adhesive whose properties can be affected by curing agent , flexibilizer and filler .

比较了几种常用阻燃体系阻燃（丙烯腈/丁二烯/苯乙烯）共聚物（ABS）的力学性能、耐热性能，并就常用增韧剂、增强剂对阻燃ABS性能的影响进行了探讨。

The mechanical properties and heat resistance of flame retardant ABS of common flame retardants were compared .

在PP中添加热塑性塑料、弹性体和橡胶等增韧剂被视为扩展其工业应用最经济和有效的方法。

Addition of thermoplastics , elastomers and rubber can be considered as economical and effective methods to extend its industrial applications .

通过对比，优选MBS作为PVC/ABS体系的增韧剂。

So we preferred to MBS as toughening agent of PVC / ABS system .

当增韧剂Q含量在15~20份（质量）时，固化剂在21~24份（质量）时，胶黏剂的剪切强度和剥离强度最佳。

Shear strength and peel strength reached optimum value when the dosage toughening agent Q is 15-20 parts and curing agent is 21-24 parts .

介绍了不同增韧剂、不同粒径的填料对于HDPE钙塑片材的改性效果。

The modifying effects of different toughening agents and particle size fillers on HDPEcalcium plastics sheet are described .

本文系统地研究了增韧剂氯化聚烯烃（M1）和腈基橡胶（M2），增塑剂邻苯二甲酸二辛酯（P）以及几种不同填料对硬质PVC填充体系力学性能的影响。

The effects of common impact modifiers M_1 and M_2 , plasticizer P and different fillers on the mechanical properties of filled PVC were studied systematically in this paper .

增韧剂UF-811在PVC异型材中的应用

Application of UF - 811 flexibilizers in polyvinyl chloride profiled materials

介绍一种新型PVC增韧剂UF-811的增韧机理。

Toughening mechanism of Toughener UF-811 for PVC was described .

以共聚聚丙烯（PP）为基体树脂、聚烯烃弹性体（POE）为增韧剂，并添加少量的均聚PP制得符合汽车保险杠性能要求的专用料。

Special material for automobile bumper was developed by using co-polypropylene as basic resin , POE as toughening agent , and adding some homo-polypropylene .

PP可以作为PC的增韧剂使用，并且可在不降低其流动性的前提下较大幅度地提高低摩尔质量PC的韧性。

PP could be used as toughening agent for PC , which could greatly increase the toughness of low molecular weight PC , without the decrease of the flowability of PC.

研究了两种交联工艺、交联剂用量及助增韧剂PE的引入对PP/POE共混体系材料力学性能的影响。

The effect of two cross-linking process , cross-linking agent amount and the adding of PE plasticizing agent promoter on material mechanics of PP / POE blending system were studied .

并比较了增韧剂种类和用量对HIPS共混材料阻燃性能和力学性能的影响。

The effect of the types and content of toughening agents on the mechanical properties and flame-resistance of HIPS blending materials were studied .

介绍一种新型PVC增韧剂UF-810在填充硬聚氯乙烯管材中的加工应用情况。

The processing and application of a new toughner UF-810 in RPVC pipe were introduced .

结果表明，R和PC有部分相容性。它是PC非常有效的增韧剂，同时，可以改善PC的加工流动性，二者共混可望开发出有重要实际意义的塑料合金。

The results show that the elastomeric MMA copolymer R , which is partially compatible with PC , is a very efficient toughening agent and improves the melting flow rate ( MFR ) for PC.

本文研究了增韧剂、相容剂、成核剂等在蓄电池槽体专用料中的作用与影响，利用DSC考察了专用料组份间的相容性和成核效应；

In this paper , the function and effect of toughening agents , compatibilization agents and nucleation agents on the PP compounds for battery cases were studied .

以聚烯烃弹性体POE（乙烯辛烯共聚物）为增韧剂，以纳米CaCO3为增强剂，利用双螺杆挤出机，通过熔融共混工艺制备了聚丙烯（PP）/POE/无机纳米粒子复合材料。

With polyolefin elastomer as toughener and nano-CaCO 3 as reinforcer , PP / POE / nano-CaCO 3 was prepared by melting blend in a twin-screw extruder .

结果表明，增韧剂M1、M2能显著改善高填充PVC体系的冲击强度，其最适宜用量为5～10PHR；

The results showed M_1 and M_2 had very good effect on the improvement of the impact strength of the filled PVC system , with an optimum contents 5 & 10 PHR ;

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。

Using PP as matrix resin , POE as toughener , activated talc as reinforcer , compound for back cover of refrigerator compressor is 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 .

核壳结构增韧剂具有结构可控，粒子尺寸稳定，增韧效率高等优点，因此是PA6常用的增韧剂。

Core-shell modifier can be prepared with controled structure , steady particle size and higher toughening efficiency and which has been used as toughener of PA6 .

本文研究了J－N增韧剂在环氧树脂浇铸体系中的增韧效果，指出J－N增韧剂增韧的环氧树脂固化物呈互穿网络的海岛结构，浇铸材料的断裂韧性得到明显改善。

The toughening modified result of epoxy resin casting compound using J-N as toughening agent was reported . The sea-island IPN structure in this complex was pointed out and breaking strength and toughness was increased obviously .

借助扫描电镜对油井水泥增韧剂FR的微观形貌，纤维在水泥石中的分布及纤维与水泥基体的粘结情况进行了观察。

The microscopic appearance of flexibilizer FR in cement is observed by SEM and also the distribution and bounding of the fiber in cement .

结果表明：三种弹性体都是PP有效的增韧剂，其中POE的增韧效率最高，其冲击强度是纯PP的25倍。

Experiment results show that the three elastomers are effective to toughen PP and POE is the best one . The impact strength of POE is improved to 25 times than pure PP.

本文研究了PVC／CPE／ACR或MBS共混物的力学性能与增韧剂组成比、加条件和相形态之间的关系。

He relationship between mechanical properties , composition ratio of impact modifiers , processing conditions and phase morphology of PVC / CPE / ACR or MBS blends was studied .