1) warm compaction
温压成型
1.
The results have shown that warm compaction can obviously improve the densification of the compacts and the processing parameters also have a great influence on the densification.
对添加聚苯乙烯(PS)作粘结剂的铜粉进行了温压成型试验,研究了PS含量、温压工艺参数等对温压压坯密度的影响。
2) extrusion forming
高温挤压成型
3) room temperature compression
常温压缩成型
1.
The experiments on room temperature compression of chopped corn stalks with different percentage of moisture were conducted by WDW-5 electronic universal testing machine.
本文采用WDW-5微机控制电子式万能试验机对不同含水率的粉碎玉米秸秆进行常温压缩成型试验,得到了不同含水率玉米秸秆压缩成型曲线,并对试验数据及结果进行了分析。
5) warm compaction
温压成形
1.
The warm compacting behavior of hard powders with different lubricant contents,and the difference between room-temperature(RT) compaction and warm compaction was investigated.
研究90W-7Ni-3Fe合金的温压成形工艺,探讨润滑剂含量不同时温压行为对硬粉的作用,并比较温压工艺与常温压制工艺的不同。
2.
Thereby the authors,basing upon their practice experience of manufacturing and studing gears by P/M process,analysed and evaluated the progress in powder metallurgy for sintered gears,including warm compaction,high velocity compac.
文章作者根据其多年从事粉末冶金齿轮生产与科研的实践经验分析和评述了近年来发展起来的温压成形、高速成形、烧结硬化、高温烧结、熔渗和齿轮表面致密化等技术及其在齿轮制造中的应用;指出:采用温压成形、高速成形、烧结硬化、高温烧结或溶渗等新技术配合表面数字化,可望同时实现高密度、低成本和高精度的齿轮生产。
3.
Powder Metallurgy sintered alloying and warm compaction techniques were used to prepare the Fe-Mo-Mn-Cu-W-C sintering-hardened frictional materials,and the microstructure and properties of the materials were also investigated.
应用粉末冶金烧结合金化及温压成形技术,制备了Fe-Mo-Mn-Cu-W-C烧结硬化钢摩檫材料,研究了该材料的组织结构和性能。
6) molding temperature
成型温度
1.
Analysis on the influences of various molding temperatures on performance of AC-13 mixture;
不同成型温度对AC-13混合料性能影响分析
2.
Influences of plasticizing temperature and molding temperature on mechanical properties of plasticized PVC and PVC/PNBR elastomer
塑化温度和成型温度对增塑PVC及PVC/PNBR弹性体力学性能的影响
3.
During the process of the consolidation molding consolidation, this paper adopts three schemes to make kinds of samples, while it gives and studies the molding temperature as well as adopts the molding pressure, analyzing the relationship between the molding pressure and the molding thickness.
模塑成型的复合固化中,采用了三个方案复合出几种试样,并对试样的成型温度,成型压力的确定给予了探讨,同时分析了成型压力与成型厚度之间的关系。
补充资料：半干压成型法
分子式：
分子量：
CAS号：
性质：陶瓷、砖瓦和耐火材料成型法的一种。将配合料和较少量的水（8%-14%）拦匀，装入压力机的模型内，在较高压力下压制或捣打成生坯。制品尺寸准确，机械强度高。广泛用于成型标准尺寸的或简单异型的耐火制品、砖瓦和瓷砖等制品。
分子量：
CAS号：
性质：陶瓷、砖瓦和耐火材料成型法的一种。将配合料和较少量的水（8%-14%）拦匀，装入压力机的模型内，在较高压力下压制或捣打成生坯。制品尺寸准确，机械强度高。广泛用于成型标准尺寸的或简单异型的耐火制品、砖瓦和瓷砖等制品。
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