1)  Thermal spray
铝包套
2)  steel-aluminum wire
铝包钢
1.
The novel slider is developed by the means of powder metallurgy inorder to meet the requirements of the mixed field of aluminum twisting wire and steel-aluminum wire in electrification railoway.
针对钢芯铝绞线与铝包钢线混架区的特殊要求,用粉末冶金方法研制新型受电弓滑板,分析结构、烧结温度及成分对滑板性能的影响,并将新研制的滑板与厂方原用滑板进行对比分析。
3)  Al cladding steel wire
铝包钢丝
1.
To introduce the use of assembly pressure die in Al cladding steel wire drawing Joint ways between pressure casing pipe and pressure die are discussed The results show that the productivity,rate of useful product and quality of product can be raised,the auxiliary materials consume can be decreased by improving pressure casing pip
介绍组合压力模在铝包钢丝拉拔中的使用 ,讨论压力套管与压力模的结合方式 ,结果显示通过改进压力套管可提高生产效率、成材率、产品质量 ,降低辅料消
2.
To introduce Al cladding steel wire which is a kind of good conducting wire applied to electric cable and communication extensively and so on internationally at present.
介绍近年来国际上广泛用于电力电缆、通讯等行业的高性能导线——铝包钢丝。
4)  aluminum covered stainless steel tube
铝包钢管
1.
Property and usage of OPGW with aluminum covered stainless steel tube;
新型铝包钢管OPGW的特点及应用
5)  AS wire
铝包钢线
1.
It demonstrates the superior overall properties of AS wire and its advantageous application in overhead transmission conductor by making comparison between several common materials used in overhead transmission conductor.
简述了铝包钢线的不同生产方法及结构特性等,重点介绍了铝连续挤压包覆及双金属同步拉伸工艺路线生产铝包钢线的生产技术,通过比较几种常用架空输电线材的特性,阐明了铝包钢线的优良综合性能及其应用的优越性,最后提出了铝包钢线的接头问题。
2.
This article presents key technologies in the manufacture of ACSR/AS 720/50, aluminium wire and AS wire as raw materials and properties of ACSR/AS 720/50.
本文叙述制造 ACSR/ AS- 72 0 / 5 0铝包钢芯铝绞线的主要技术关键 ;原材料铝线和铝包钢线、ACSR/ AS- 72 0 / 5 0的性能 ;及其试验的结果和结论。
6)  all aluminum clad steel
全铝包钢
参考词条
补充资料:包套挤压


包套挤压
sheath extrusion

bootao」iya包套挤压(sheath extrusion)将液态金属包覆在芯线材料上的挤压方法。此法专用于电缆包套,因此也称为电缆包套挤压,有铅包套电缆挤压和铝包套电缆挤压两种。工艺过程是:将熔化了的铅或铝注人立式挤压筒中,挤压杆对筒内液态金属施加轻微压力,待金属凝固至适当温度时以二股金属流入挤压筒下部的空腔中,包在水平方向引入的芯线材料上面,并同芯线焊合起来一齐从模孔挤出,形成壁厚均匀、连续、完整的包套(见图)。包套的厚度主要靠调整模子与芯统材料的相对位置来控制。粤 电缆包套挤压示意图 最初的包套材料为铅,由于其强度差、密度大,已被密度小、抗腐蚀、塑性好、有足够强度的铝所取代。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。