foam molding
英 [fəʊm ˈməʊldɪŋ]
美 [foʊm ˈmoʊldɪŋ]
泡沫塑料成型
双语例句
- Using foam, a casting molding, construction safety, convenience, speed, no pollution.
采用现场发泡，一次浇注成型，施工安全、方便、速度快、无污染。 - Testing Study on the Defects of Polyurethane Foam Molding of Automobile Seat
汽车座椅泡沫聚氨酯发泡成型缺陷试验研究 - In this paper the PP/ POE/ Talc microcellular foam composites were prepared by the two methods of injection-molding-two times opening mold molding method and unclenching molding method.
本文通过二次开模法和松退法注射成型工艺制备出PP/POE/滑石粉复合发泡体系。 - The Influence Analysis of Holes in Foam of Composite Materials for Resin Molding
复合材料夹芯泡沫开孔对树脂充模的影响分析 - Molding tool profession: Can incise various molding tool, the wood, the aviation wood mold, propeller, automobile foam molding tool.
模具行业：可雕刻机各种模具，木模，航空木模，螺旋桨，汽车泡沫模具。 - The mathematical model of cell size growth during microcellular foam injection molding process was studied, and the mathematical relationship between process parameters and cell size was established.
摘要研究了微细发泡注塑成型工艺中微泡长大的数学模型，建立了成型工艺和微泡尺寸之间的数学关系。 - Microcellular Foam Plastics Molding and the Geometrical Frame Analysis on Nucleation Nozzle
微孔塑料成型及成核喷嘴几何结构的分析 - Microcellular Foam Injection Molding Technology and Its Development
微孔发泡塑料注射成型技术及其新进展 - Study on the Technique of Preparing Low Density Polyethylene Foam by Compression Molding
模压法制备物理发泡聚乙烯塑料的研究 - Rapidly Making Practice of Foam Molding Tools for Lost Foam Process
消失模发泡模具的快速制作实践发泡镍电阻率的孔率计算法 - Effects of Ultrasonic Excitation on Cell Nucleation in the Foam Molding Process
泡沫塑料成型过程中超声波振动对气泡成核的影响 - Study on the Principle of Bubble Oscillation in the Bubble Expanding Process of Foam Molding
泡沫塑料成型气泡膨胀阶段气泡振动机理的研究 - In this paper, the idea was raised that preparing Microporous low density polyethylene ( LDPE) by N2-filled hollow glass beads as novel gas carriers and LDPE as matrix, and by physics foam and compression molding.
本文提出了以低密度聚乙烯（LDPE）为基体，以充满N2的空心玻璃微珠为气体载体，采用物理发泡模压成型工艺制备微孔LDPE塑料的方法。 - The article analyzed the breakdown for some JC-IID-1400 type completely automatic foam molding machines of one corporation, and proposed corresponding mend measures.
本文针对某企业在用的多台JC-IID-1400型全自动泡沫成型机所出现的故障进行分析，并提出了相应的改进措施。 - Principles and characteristics of gas-assisted injection, multi-gate injection, push-pull injection, fusible core injection, lamellar injection, controlled low-pressure injection, injection-compression, reactive injection and structural foam injection molding were introduced.
简要介绍了气体辅助注射、多点进料注射、推拉注射、熔芯注射、层状注射、受控低压注射、注射-压缩、反应注射及结构发泡注射等注射成型新工艺的原理及特点。 - The process of structural foam molding was introduced, and compared with the process of ordinary injection molding. The technical features and key techniques of the equipment were described.
介绍了结构发泡的工艺过程，并将该工艺与普通注塑工艺作了比较，阐述了结构发泡成型技术的优点及装置的关键技术和产品特点。 - The results show that adjusting those parameters, microcellular polypropylene foam of mean cell size smaller than 1 μ m and cell density larger than 1 × 10 10 cell/ cm 3 is produced by injection molding.
结果表明，调节这些工艺参数可注射成型微孔平均直径小于1μm、孔密度大于1×1010个/cm3的PP微孔塑料。 - Foam mould is used with Tri-box quartz sand air set molding and the quality of pallet is ensured by reasonable design of running and feeding system and placing internal chill in the middle wall-thick position.
通过对托盘结构的分析，设计合理的浇冒系统，采取在中间壁厚部位安放内冷铁等措施，保证了托盘的质量。 - Study on influence on foaming quality of foam insulating PE in molding
PE泡沫绝缘料模压发泡质量的影响因素研究 - The influence on foaming quality of foam insulating PE in molding is studied by use of orthogonal design experimentation. And the process engineering of molding of foaming insulating PE is analyzed by means of processing mechanism of foam plastics.
采用正交试验设计法研究了影响PE泡沫绝缘料模压发泡质量的因素，并结合泡沫塑料的成型原理分析了PE泡沫绝缘料模压发泡工艺过程。 - Optimum design of process parameters in microcellular foam injection molding
微孔泡沫塑料注射成型工艺优化 - Based on CAE and Taguchi DOE technology, the influence of process parameters on foam ABS was investigated in microcellular injection molding.
结合CAE和TaguchiDOE技术研究了工艺参数对注射成型微孔（丙烯腈/丁二烯/苯乙烯）共聚物（ABS）泡沫塑料泡孔直径的影响。 - Aiming at the precision injection molding and microcellular foam molding technologies, the mechanism investigation has been deeply developed in this paper; all sorts of factors affecting precision injection molding are analyzed in the aspects of raw material, processing technique, machine and equipment.
本文针对工业上迫切需要的精密注塑技术及微孔发泡注塑技术，深入开展机理研究，并从原材料、注塑成型工艺及机械设备等多方面分析影响精密注射成型的各种因素。