1) PP Microcellular Foaming
PP微孔发泡
2) microcellular foaming
微孔发泡
1.
Effect of Foaming Parameter on Cell Morphology in Microcellular Foaming of Supercritical CO_2/PP;
发泡工艺对超临界CO_2／PP微孔发泡泡孔形态的影响
2.
Microcellular foaming polymer materials for the side of cone of loudspeaker;
扬声器折环用微孔发泡高分子材料
3.
Study on Effect of Vibration on Microcellular Foaming of PC
振动对PC微孔发泡过程的影响研究
3) microcellular
微孔发泡
1.
Based on the work of professor Suh of Massachusetts University,the execllent thermal characteristics,processing behavior and mechanical property in particular of the microcellular polymer material were described briefly.
Suh教授等研制开发的微孔发泡塑料为主线,简述了微孔发泡高分子材料优异的力学性能、热性能及加工性能,较详细地介绍了该材料在工业生产中的应用现状,并指出了微孔发泡高分子材料发展的方向。
2.
The research background, the development history, the properties, manufacture, and the potential application of microcellular foam based on the work of professor Suh of Massachusetts university were reviewed, and it would promote the development of this science in our country.
微孔发泡材料是新型的改性热塑性高分子材料 ,微孔的引入提高了高分子材料的韧性、绝缘性、耐热性和耐疲劳性能等。
4) microcellular foam
微孔发泡
1.
Research in microcellular foams from polypropylene of different melt strength;
不同熔融指数聚丙烯微孔发泡的研究
2.
The production technology of PVC wood/plastics composite microcellular foam products were introduced from the aspect of raw material choice,the formula determines,technological requirement and so on.
实际结合理论系统的在原料选择、配方确定、工艺要求等方面介绍了PVC木塑复合微孔发泡材料挤出成型的生产技术及一些注意事项。
3.
Experimental results showed that neat PP couldn't be well microcellular foamed at all foaming temperature.
研究表明:在各种发泡温度下使用纯PP材料很难制得泡孔结构好的微孔材料,而两种PP材料共混以后再进行微孔发泡,泡孔结构得到了改善。
5) micropore air bubble generator
微孔气泡发生器
6) Supercritical microcellular foaming
超临界微孔发泡
补充资料：flame resistant PP
分子式：
CAS号：
性质：以聚丙烯树脂与定量阻燃剂、改性添加剂、防老剂在高速混合器内混合，经双螺杆挤出机共混，而后经造粒、切粒、包装成产品。产品为白色颗粒。有优良的阻燃性、耐热性、耐冲击性和电绝缘性能。拉伸强度28MPa。相对伸长率30%。弯曲强度50MPa。热变形温度105℃。老化寿命150℃时为1000h。用于各种要求阻燃并且强度好、寿命长的电子电器零部件。
CAS号：
性质：以聚丙烯树脂与定量阻燃剂、改性添加剂、防老剂在高速混合器内混合，经双螺杆挤出机共混，而后经造粒、切粒、包装成产品。产品为白色颗粒。有优良的阻燃性、耐热性、耐冲击性和电绝缘性能。拉伸强度28MPa。相对伸长率30%。弯曲强度50MPa。热变形温度105℃。老化寿命150℃时为1000h。用于各种要求阻燃并且强度好、寿命长的电子电器零部件。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条