发泡材料

超临界流体CO2技术制备低密度PS发泡材料的研究

Preparation of Low Density PS Foam by Using Supercritical CO_2

同时还介绍了PP发泡材料的主要应用方向及其发展前景。

The paper also introduces the applications , developing tendency of PP foam .

纳米硅酸盐改性PP发泡材料的研究

Study on the effect of nano - silicate in polypropylene foaming

硬质PVC挤出发泡材料的塑化性能研究

Study on the fusion properties of extruded foaming rigid PVC

PVC结皮发泡材料的制备及工艺

Preparation and technology of PVC skinning and foamed materials

软质PVC鞋底发泡材料的研究

Study of soft PVC foaming sole materials

EPDM对PP结构发泡材料泡孔形态的影响

Effect of EPDM on Cellular Morphology of PP Structural Foam

PVC基木塑复合发泡材料界面改性

Interface Modification of PVC-Based Wood-plastic-foamed Composite

超轻EVA交联发泡材料的研究进展

Research progress of super light foamed cross-linking EVA materials

PP发泡材料更是以其独特的性能成为泡沫塑料行业中的热点。

PP foamed material has become the hot spot in the plastic industry because of is unique properties .

配方与工艺因素对EPDM模压发泡材料性能的影响

Effect of formulation and processing technology on properties of moulded EPDM foam

超轻EVA发泡材料的研制与生产

Preparation of Super Light Foamed EVA

探讨了采用过氧化物硫化的EPDM发泡材料的配方设计和工艺。

The formulation and processing technology of peroxide vulcanized EPDM foam were investigated .

过氧化物硫化EPDM发泡材料的研制

Development of peroxide - vulcanized EPDM foam

对锦纶短纤维增强的NR发泡材料的微观结构及拉伸破坏行为进行了研究，并分析了其破坏机理。

The microstructure and tensile failure mechanism of nylon short fibre / NR foam composite were investigated .

文中指出，以LLDPE树脂为主要原料配以少量的LDPE树脂制造填充发泡材料是可行的。

It is pointed out that it is possible to make LLDPE foams with a small amount of LDPE .

EPDM发泡材料的优化配方为：EPDM[或EPDM/甲基乙烯基硅橡胶（并用比90/10）并用体系]100；

The optimized formula of EPDM foam was as follows : EPDM or EPDM / MVQ ( 90 / 10 ) 100 ;

研究表明：具有显著应变硬化行为和高熔体强度的长链支化聚丙烯是获得优质PP发泡材料的前提；

The research results showed that the long-chain branched polypropylene with remarkable strain hardening behavior and high melt strength was the premise in the production of excellent polypropylene foam .

高弹性乙烯-乙酸乙烯共聚物（EVA）交联发泡材料是一种具有广阔应用前景的新型发泡材料。

Foamed cross-linking ethylene-vinyl acetate copolymer ( EVA ) material with high elasticity was a kind of new foamed material which had wide future of using .

RPVC挤出低发泡材料延伸性能的研究

Studies on Extension Properties of the Low Foaming Extruded PVC Materials

采用聚氨酯发泡材料、聚苯乙烯泡沫板、棉胎、PEF保温隔热板4种隔热材料在高大平房仓中进行隔热效果试验。

Polyurethane foamed material , polystyrene foamed plastics , cotton film and PEF were tested for insulation heat in large warehouse .

当AC含量为2份，ZnO／Zn（St）2含量为0.2份时，PP发泡材料的表观密度最小，电镜照出的泡孔均匀细密。

When AC content was 2 phr , ZnO / Zn ( St ) 2 content was 0.2 phr , the apparent density of the foam material reached the minimum , and the cells were uniformly fine using electron microscopy .

阐述了应用色拉、云纹工艺制作的仿木纹PVC发泡材料的物理特性、生产配料工艺、制作的模具类型以及试验与应用等方面的内容。

A wood-like PVC foaming material was made by the process of coloring and clouding . The physical properties and mix processing of PVC foaming material are observed , the structure of mold 、 test and applications are also introduced .

在EVA中混入EPDM可使发泡材料的拉伸强度、撕裂强度和粘合强度提高，而收缩率和压缩永久变形降低；

It was found that the tensile strength , tear strength and adhesion strength of the foam increased , and the shrinkage and compression set of the foam decreased by blending EVA with EPDM or IIR ;

同时，根据氯化程度的不同，CPVC还可用于氯化纤维的改性、制造复合材料、发泡材料、涂料及粘合剂等。

Meanwhile , according to the different levels of chloride , CPVC chlorinated fiber modification can be used to create composite materials , foam materials , coatings and adhesives .

本论文应用企业管理理论，对HK公司辐射交联聚乙烯发泡材料（IXPE）的竞争战略与运营管理进行了研究。

The paper applies the enterprise management theory to study the competition strategy and the operation management of Irradiation Crosslinked Polyethylene Foam ( IXPE ) for HK Corporation .

寻找简单易行，成本低廉，行之有效的高熔体强度聚丙烯（HMSPP）的制备方法是制备聚丙烯发泡材料的最关键的技术。

It is the most pivotal technology to research for a simple , low costing and effective method of preparing high-melt-strength PP ( HMSPP ) .

研究了成核剂对软聚氯乙烯（SPVC）发泡材料拉伸性能的影响。

The effect of the content of nucleate agent on the mechanical properties of soft poly ( vinyl-chloride )( SPVC ) foamed material was investigated .

利用PVB废膜片生产发泡材料，既可以采用塑料加工的方法，有可能得到类似弹性体的优异性能的发泡材料，又可以将PVB废料重新利用，变废为宝，达到经济效益和社会效益双赢。

Using PVB film wastes to produce foaming material with the plastic working method , it would almost get excellent property foaming material similar to elastomer . The re-use of PVB film wastes can gain both economic and society benefit .

总结了国内外学者在木/塑发泡材料方面的研究工作。

The status of plastics / wood-fiber composite foam was introduced .