Applicable to high tensile strength metal grinding, such as general carbon steel, alloy steel, malleable iron hard bronze. 适用于中高抗张强度金属材料的磨削,如一般碳素钢,合金钢,可锻铸铁,硬青铜等。
Sprocket rim made from cast iron, chain guide is malleable iron. 链轮盘采用铸铁材料,链条导轨是可锻铸铁。
Abrasives tools made of it are suitable for grinding metals of high-tensile strength such as: carbon steel, general-purpose alloy steel, annealed malleable iron and hard broze, etc. 用其制成的磨具适用于磨削加工抗张强度高的金属材料。如:碳素钢,一般合金钢,可锻铸铁,硬青铜等。
Effect of As-cast Graphite on Mechanical Properties of RE-Mg Spheroidal Graphite Malleable Iron 铸态石墨对稀土镁球墨可锻铸铁件力学性能的影响
Casting of malleable iron or steel, in the rough state 未加工铸件,可锻钢或铁制
Steel and wrought iron are recommended for use in acetylene piping. Rolled, forged, or cast steel, or malleable iron fittings may be used. Cast iron is not permissible for fittings. 乙炔管道推荐使用钢和熟铁。可以使用轧制钢、铸钢或坩埚钢、或者铸铁装置,不允许用生铁。
In this paper, a new method for measuring the microstructure of malleable iron by employing the magnetic permeability is put forward. 提出利用材料的磁导率检测可锻铸铁金相组织及硬度的新方法。
It's action is insulation protection. The body made of high-intensity malleable iron, hot-dip galvanized. 主体材料采用高强度可锻铸铁,热镀锌防锈。
Based on the characteristic of malleable iron, the technology of multistage heat treatment formalleableiron was investigated successfully. 基于可锻铸铁的特点,成功开发了可锻铸铁多段加热热处理工艺。
Impeller for the three single-string bending garden leaves, use a semi-enclosed impeller, and the use of malleable iron, so high strength, corrosion resistance; 叶轮为三片单园弦弯叶,选用半封闭叶轮,并采用可锻铸铁、所以强度高,耐腐蚀;
Study on the Rapid Annealing and lts Heating and Cooling Process of Malleable Iron 可锻铸铁快速退火与升温降温规律的研究
Through judgment and appraisal of cooling curve, theory basis is provided for diverse choice of quenching medium of pearlitic malleable iron. 通过对冷却特性曲线的判读和评价,为珠光体可锻铸铁淬火介质的多样化选择提供理论依据。
Study on the Kinetics of First Stage Graphitization of Spheroidal Graphite Malleable Iron Treated with RE-Mg Alloy 稀土镁球墨可锻铸铁第一阶段石墨化动力学研究
The influence of compound inoculation with Bi-Sb on the graphitizing annealing and mechanical properties of malleable iron has been investigated. 研究了Bi-Sb复合孕育对可锻铸铁石墨化和机械性能的影响。
Choice of the Best Cross Section Area Ratio of Gating System for Malleable Iron Pipe Fittings 玛钢管件浇注系统最佳断面比例的选择
New Construction of Malleable Iron Pipings Annealing Furnace 玛钢管件退火炉结构的新尝试
Effect of High Temperature Preheat on Number of Graphite Nodules in Malleable Iron 高温预温处理对可锻铸铁石墨颗粒数的影响
AMI possessed the same structure and performance as ADI, retained the advantages of spheroidal graphite malleable iron, and broadened Mn, P and Bi content in the furnace charges. 奥贝球墨可锻铸铁不仅具有类似于奥贝球铁的组织和性能,而且保留了球墨可锻铸铁铸铁的特点,可放宽原材料对Mn、P及球化干扰元素Bi的含量限制。
In order to optimize the heat treatment technology for pearlite malleable iron, experiment has been carried out on the basis of study on factors that have influence on the structure and properties of pearlitic malleable iron. 课题是对影响珠光体可锻铸铁组织及性能的因素进行研究,从而优化珠光体可锻铸铁热处理工艺。
Effect of Cr enrich Carbides on the Properties of Heat resisting Spheroidal Graphite Malleable Iron 富铬碳化物对耐热球墨可锻铸铁性能的影响
The Use of Complex Inoculation in The Production of Malleable Iron 复合孕育在可锻铸铁生产中的应用
The paper gives the chemical composition and inoculation of nodular cast iron which can take the place of malleable iron in making auto castings. 提出了可以代替可锻铸铁来制造汽车铸件的球墨铸铁的化学成分、孕育处理方法;
New Process of Low Temperature Graphitization for Malleable Iron 可锻铸铁低温石墨化退火新工艺
The gray spot defect of as-cast malleable iron and the shatter crack defect of graphitizing annealed malleable iron was analyzed using fault tree system. The fault tree, analysis procedure and the main conclusions were given. 应用故障树系统分析法研究可锻铸铁生产中铸态下产生的灰点和石墨化退火后的白脆缺陷,给出了故障树、分析过程及主要结论。
Realizing the Application of RE in Malleable Iron 对稀土在可锻铸铁中应用的认识
The production and application of the pearlitic malleable iron are now still at the stage of experimentation and trial-production in the country. 珠光体可锻铸铁的生产、使用在国内处于试验和试生产阶段。
A New Method to Analyze Gray Spot and Shatter Crack Defects of Malleable Iron 可锻铸铁灰点和白脆缺陷分析新方法
Heat treatment test of Manganese pearlitic malleable iron. 锰珠光体可锻铸铁的热处理工艺试验。