塑料改性

稀土复合物在塑料改性中的应用

Application of Rare Earth Composite in Plastics Modification

物理方法改性在塑料改性中的应用

Application of Physical Modification to Plastics Modification

食用菌栽培瓶用PP塑料改性研究

Modification Study of Polypropylene for F. velutipes Cultivation Bottle Use

脆性塑料改性PVC体系中相界面的作用

Role of phase interface in modificating PVC with brittle plastics

SBS现状及其在塑料改性方面的应用

The Status of SBS and Its Application in Plastic Modification

GMA接枝聚烯烃及在塑料改性中的应用进展

Polyolefin grafted with glycidyl methacrylate and advance of application on the modification of plastics

同时公司也是塑料改性委员会、电线电缆协会、阻燃协会的理事会员，并成功通过了ISO（9001）质量体系认证。

Our company has passed ISO ( 9001 ) quality system authentication , and is the member unit of council of plastic modified committee , wires and cables association and fireproof association .

新型TAS-2A分散润滑剂在塑料改性中的应用

Application of new dispersing lubricant TAS-2A in the plastic modification

填料对废旧聚丙烯塑料改性性能的影响

Effect of filler on modified property of old and waste polypropylene

当前工程塑料改性及加工的主要课题（Ⅱ）

Currently Main Topics of Improvement and Processing Technology for Engineering Plastics (ⅱ)

塑料改性中界面改性的研究与应用

The Study and Application of Interfacial Modification in Plastic Modification

甲基丙烯酸缩水甘油酯对大豆蛋白塑料改性作用研究

Effects of GMA modification on soy protein isolate plastics

橡胶增韧滑石粉填充聚丙烯塑料改性的研究

The Research of Modification on Polypropylene with Toughing Rubber and Blending Steatite Powder

硅灰石在聚丙烯塑料改性方面的应用研究

Applied research of Wollastonite in Modification of Polypropylene plastic

液晶聚合物及原位复合技术在塑料改性中的应用

The Application of Liquid Crystal Polymer and in Situ Compound Technology in Plastic Modifying

增强是塑料改性的重要方法之一，界面对增强塑料的性能起着重要的作用。

Reinforcement is one of important methods used to improve the properties of plastics .

聚丙烯塑料改性及应用进展

Advance in the Polypropylene Modification and Application

相容剂在塑料改性中的应用

Application of Compatibilizer in Plastics Modification

蛋白质塑料改性研究进展

Research Progress on protein plastics modification

因此，塑料改性的研究是高分子材料科学研究的重要课题。

Hence , investigation on the modification of plastics is a focus of polymer material science .

提供了再生塑料改性沥青防水卷材的耐热性、低温柔性、渗油性及热老化性能测定方法。

Measure results showed it may was popularized that waterproofing rolls based on reclaimed plastic modified asphalt .

介绍了塑料改性用的抗氧剂、增塑剂、稳定剂、抗静电剂、阻燃剂、填充剂等添加剂的新动向。

The new trends of antioxidant , plasticizer , stabilizer , antistatic agent , flame-retardant , filler for plastics improvement are introduced .

原位复合是近几年在塑料改性领域中刚刚采用的最新技术。

A new technique called in-situ compound technology have been adopted just now in the field of plastic modification in recent years .

阐述了塑料改性的意义，提出了制约当前塑料改性技术发展的几个关键问题及发展方向。

The paper discussed the importance of Plastics Modification and several key questions about restricting technology development in plastics modification were put forward .

概述了近几年塑料改性技术的最新进展情况，并对各种改性技术的发展和应用情况做了简要的介绍。

The paper summarizes the latest advances of plastics modification technology , and simply introduces the development and applications of these new technologies .

有机硅-丙烯酸酯共聚物是一类有机硅改性新材料，主要用于涂料、黏合剂、皮革涂饰剂等领域，对于塑料改性型有机硅-丙烯酸酯橡胶粒子的研究鲜见报道。

Copolymers of silicone-acrylate are a type of modified silicone new materials , which used as coating , adhesive and leather season agent .

讨论了纳米无机粒子在塑料改性中的功能及作用，综述了纳米无机粒子在塑料性能改善方面的研究进展；

Function of application in plastics modification of nanometer materials is discussed , Development on research of improved of plastics properties of nanometer inorganic particle is reviewed ;

介绍了其在众多领域的应用情况，指出了其在石油开采、纤维塑料改性、精细化工、生命科学等领域的应用前景。

Applications of DMAA in many fields are introduced , including in petroleum recovery , modification of fiber and plastics , fine chemical industry , science of life , etc.

塑料改性技术是制取适宜工程材料最为经济有效的途径，单一改性方法可以使材料的某种特性显著改善，但往往降低其它性能，组合改性方法则可能得到综合性能较好的材料。

The modification technology of plastics is an economically efficient way to get suitable engineering materials . A single modification technology can enhance the specific properties of the modified materials , however , which always decreases other properties .

研究革新性的纳米粒子填充聚氨酯硬质泡沫塑料逐渐成为塑料改性领域的热点，因为增强相的团聚所造成的聚氨酯硬质泡沫塑料相对低的拉伸和压缩强度，已成为一个急待解决的题。

The study of innovatory polyurethane rigid foam filled with nano-particles gradually become the focus in the realm of modified plastic , because the problem of relatively low intensity and compression strength resulted from agglomeration of reinforcing phase urgently desire to be thrash out .