1) chrome cast iron
铬铸铁
1.
Laser cladding Ni Al WC alloy layer on the surface of chrome cast iron and alloy layer's micro structure and properties are studied.
研究了铬铸铁表面激光熔敷Ni Al WC合金层及其组织性能 ,分析了熔敷层的化学成分、相的组成、显微结构、平均显微硬度、耐磨性及耐蚀性等。
2.
Plasma spraying Ni Al WC alloy layer on the surface of chrome cast iron and alloy layer's micro structure and properties are studied.
研究了铬铸铁表面等离子喷涂Ni Al WC合金层及其组织性能。
2) Chrome-plating
铬钼铸铁
3) high chromium cast iron
高铬铸铁
1.
Effects of compound modification on microstructure of hypereutectic high chromium cast iron;
复合变质对过共晶高铬铸铁凝固组织的影响
2.
Characteristic anlysis and material selection of high chromium cast iron for transflux parts of slurry pump;
渣浆泵过流件用高铬铸铁材料特性分析与选择
3.
A study on hardening behavior for high chromium cast iron 16Cr2MolCu under sub-critical treatment;
16Cr2Mo1Cu高铬铸铁在亚临界处理中硬化行为研究
4) high-chromium cast iron
高铬铸铁
1.
Cryogenic Treatment and the Properties of High-chromium Cast Iron;
深冷处理与高铬铸铁性能
2.
Research on optimization of cutter parameter and cutting specifications to high-chromium cast iron machining
高铬铸铁切削中刀具及切削用量优化研究
3.
The effect of Ti on the microstructure of the 4wt%C-20wt%Cr hypereutectic high-chromium cast iron was studied in this paper.
研究了不同的含Ti量对4C-20Cr(质量分数,%)过共晶高铬铸铁显微组织的影响。
5) low-Cr cast iron
低铬铸铁
1.
The WC and low-Cr cast iron composite layer samples were prepared by casting-penetrating process to improve the wear resistance of the low-Cr cast iron.
为进一步提高低铬铸铁的耐磨性,利用铸渗工艺采用膏块法制备了WC/低铬铸铁复合铸渗层试样。
2.
VS+Ti+Zn compound inoculant plays a favorable role in improving property process of low-Cr cast iron.
在低铬铸铁改性处理中,VS+Ti+Zn复合孕育剂起着良好的孕育处理作用。
6) high Cr cast iron
高铬铸铁
1.
Influence of Nb on wear resistance of surfacing metal of high Cr cast iron;
铌对高铬铸铁堆焊层耐磨性的影响
2.
The Developing and application of Jaw Plates for High Cr Cast Iron;
高铬铸铁颚板的研制及应用
3.
The microstructure and wear resistance of a high Cr cast iron were investigated using flux-cored wire for automatic submerged hardfacing arc welding technique with the aim to examine the effect of Cr/C.
采用自动埋弧堆焊对高铬铸铁埋弧药芯焊丝堆焊合金的组织及耐磨性进行试验,研究Cr/C对堆焊层的组织和耐磨性的影响。
补充资料:高铬铸铁
分子式:
CAS号:
性质: 铬含量高的耐蚀耐热白口铸铁。依铬含量的不同,可分为铬含量26%~30%和32%~36%两类铸铁。在1000℃以上的氧化性气氛中,高铬耐热铸铁仍有好的抗氧化能力。有良好的强度以及较好的机械加工性能,但韧性较低,不宜用于温度急变场合。常用来制作加热炉炉底板、炉子传送链的构件等。
CAS号:
性质: 铬含量高的耐蚀耐热白口铸铁。依铬含量的不同,可分为铬含量26%~30%和32%~36%两类铸铁。在1000℃以上的氧化性气氛中,高铬耐热铸铁仍有好的抗氧化能力。有良好的强度以及较好的机械加工性能,但韧性较低,不宜用于温度急变场合。常用来制作加热炉炉底板、炉子传送链的构件等。
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