In addition, warm compaction has the potentiality of precise moulding.
另外，温压工艺是一种潜在的硬质合金精密成形技术。
On this basis, the great significance of research on warm compaction in our country is presented.
在此基础上指出在国内开展温压成形技术的研究具有重要现实意义。
The feasibility of using induction heating for warm compaction system was confirmed by the experiments.
并通过试验验证了温压系统中感应加热的可行性。
In this paper, warm compaction as well as its use in the fabrication of cemented carbide was introduced.
介绍了温压工艺及其在硬质合金制备中的应用研究情况。
The helical gears manufactured by warm compaction powder metallurgy are of good wearability and low cost.
使用温压成形技术制造的粉末冶金斜齿轮耐磨性好。成本低。
Influences of processing parameters of warm compaction on green density of 420 stainless steel were studied.
对420不锈钢粉末进行温压，探索温压工艺参数对压坯密度的影响，并对温压与室温模压添加0。
Warm compaction is a new forming technique for fabricating high performance ferrous P/M parts at lower cost.
温压是以较低的成本制造高性能铁基粉末冶金零部件的新型成形技术。
Warm compaction process yields higher density and improved green strength over conventionally processed iron powder compacts.
温压工艺可达到比传统铁粉压块更高的密度与生坯强度。
And softening point, viscosity and solidifying point of the bond decide the optimal temperature according to the mechanism of warm compaction.
通过对温压机理的分析，发现最佳温压温度由粘结剂的软化点、粘度和固化点三个因素共同决定。
The technique of warm compaction has huge advantage in manufacturing the low cost, high density, high strength and high fineness powder metallurgical parts.
温压工艺在制造低成本、高密度、高强度、高精度异形复杂的粉末冶金零件方面具有巨大的优势。
Results show that warm compaction can improve the green density and strength of 316L powder greatly and improve its sintered density and tensile strength as well.
试验结果表明：温压工艺能够较大幅度地提高316L不锈钢粉末的生坯密度和生坯强度，也能提高其烧结后的密度和抗拉强度。
Warm compaction technology have been successfully employed to automotive parts including turbine hub, connecting rod, gears, whole coil and electronic igniter, and so on.
温压工艺已经成功地应用于汽车零件上，包括发动机传动转矩变换器涡轮毂、连杆、齿轮类零件和整体线圈与电子线路点火装置等。
Although little difference exists between the densities obtained by RT compaction and warm compaction, the warm compaction leads to higher tensile strength and elongation.
同时温压烧结坯的密度与常压试样的区别不明显，但抗拉强度和伸长率都高于同批的常压试样。
The results show that the distributions of the relative density and the stress are very close at the top, the longitudinal section and the lateral wall of the compacts during the warm compaction.
结果表明：在钼粉末的温压成形过程中，压坯顶部半端面、轴截面和侧壁的相对密度分布等值线和其应力分布等值线非常接近。
Only a few automotive parts have been developed by using the warm-compaction method.
仅开发了几个用温压制造的汽车零件。
Abstract :Bonded NdFeB/Sr-ferrite hybrid magnets were synthesized by using warm flow compaction(WFC) technique, and the influences of WFC parameters on the magnetic properties were investigated.
采用流动温压成型工艺制备黏结钕铁硼/锶铁氧体复合磁体，研究温压工艺参数对钕铁硼/锶铁氧体复合磁体磁性能的影响。
Abstract :Bonded NdFeB/Sr-ferrite hybrid magnets were synthesized by using warm flow compaction(WFC) technique, and the influences of WFC parameters on the magnetic properties were investigated.
采用流动温压成型工艺制备黏结钕铁硼/锶铁氧体复合磁体，研究温压工艺参数对钕铁硼/锶铁氧体复合磁体磁性能的影响。
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