合金工具钢

ICP-AES法同时测定合金工具钢中的Cr、Mo、V

Simultaneous Determination of Cr , Mo and V in Alloy Tool Steel by ICP AES

喷射成形高合金工具钢的组织与力学性能

Microstructure and mechanical properties of spray formed high alloy tool steel

CDC处理提高合金工具钢的耐磨性

Improvement on the wear-resisting property of tool steel by CDC treatment

试验表明，在车削合金工具钢时，TiC含量为20%～30%的微细晶粒陶瓷刀具具有优异的抗剥落性能和最佳的切削效果。

The tool having 20 ~ 30mass % TiC content and the finest TiC grain size showed superior flaking resistance and optimum cutting performance in the turning test of alloyed tool steel .

淬火硬化模具钢刃口的修补，适用于SKD11合金工具钢，淬火后的模具钢修补。

Quench hardened steel blade of repair , applicable to SKD11 alloy steel , alloy after quenching repair .

对一种新型合金工具钢的渗氮特性进行了初步研究。

Nitrided characteristics of a new kind alloys tool steel are investigated .

当前合金工具钢生产工艺技术的发展

The Current Development of Production Processes and Technologies for Alloy Tool Steel

高合金工具钢焊接的国内现状

High Alloy Tool Steels Welding Status in China

合金工具钢锻造工艺的研讨

Exploration of Forging Technology of Metallurgical Tool Steel

稀土对铸造低合金工具钢组织的影响

The Influence of Rare Earth Elements on Structure in Casting Low Alloy Tool Steel

合金工具钢标准探讨

Discussion the standard of alloy tool steels

GB/T1299-1985合金工具钢技术条件

Alloy tool steels & Technical requirements

合金工具钢材质经热处理，研磨齿形开槽刀，硬度和韧性俱佳。

Alloy toll steel via heat treatment , the rubbing and saw-tooth blade features superior hardness and tenacity .

预计这一工艺可以用于各种合金工具钢。

It can be expected that these new processes will be used in the various alloy tool steels .

一方面成形部分材料选用淬火合金工具钢，可节约钢材；

On the one hand , the material of formational part chooses hardening alloy tool steel to save steel .

采用双亚点阵模型对结构钢和合金工具钢中钒、铌的碳化物和氮化物析出时的竞争及稳定性作了热力学分析。

The precipitation order and stability of carbonitrides containing V and Nb was thermodynamically analyzed by the two sub-lattice model .

球磨后的高合金工具钢粉末固相线温度为1161℃，确定烧结温度范围为1100℃左右。

The sintering temperature is selected as about 1100 ℃ because the solidus temperature of the ball-milled high-alloying tool steel powders is 1085 ℃ .

中碳钢和高碳钢常用作工具钢。工具钢包括碳素工具钢、合金工具钢和高速工具钢。

Medium-carbon and high-carbon steels are often used as tool steel . Tool steels include carbon tool steel , alloy tool steel and high-speed tool steel .

高合金工具钢的焊接性能较差，但高合金工具钢的焊接在工业上有较广泛的应用。

Weldability of high alloy tool steels is analyzed , the application of fusion welding , brazing and solid-state welding in the welding of high alloy tool steels had been summarized .

阐述了当前合金工具钢的钢种发展以及冶炼、浇注、热加工和热处理等方面所采用的新的生产工艺技术。

This article has described the current development for brands of an alloy tool steel , the new production processes and technologies in melting 、 casting 、 hot working 、 heat treatment are introduced .

高合金工具钢具有高强、高韧、耐磨的优点，在工模具制造中应用广泛，但是由于合金化程度高，传统的制备工艺复杂，生产流程较长。

High-alloying tool steels are widely used in the industrial production of tools and dies due to their high strength , good ductility and excellent wear resistance . However , the conventional processes are very complex with long production runs because of the high alloying contents .

硬质合金与工具钢的扩散焊接

The Bonding by Diffusion of the Hard Metal and Alloy Tool Steel

对一些应用来说，尤其是非常高速的切削很重要的场合，其它的工具材料比如硬质合金产品是比工具钢更经济的选择。

For some applications , especially where extremely high-speed cutting is important , other tool materials such as sintered carbide products are a more economical alternative to tool steel .