1.
The mounting head, used alloy material, ensure the intensity.
拆装头，采用优质合金材质加工，更能保证其使用强度。
2.
Screw bat of feed hopper abopted with alloysteel,special handing on surface, durabie in heat,wear and corrosion.
螺杆料筒采用优质合金钢，表面氮化处理，耐热、耐磨、耐腐蚀。
3.
Qualified Alu Stand,not get rusty and longer using-life.
优质铝合金支架，永不生锈，寿命更长。
4.
Based on Tungsten Resource Advantage Establishing Cemented Carbide Advantageous Industry;
充分发挥资源优势建立硬质合金优势产业
5.
The new phase of the application of cast aluminum alloys--The production of premium castings
铸造铝合金应用的新阶段——优质铸件的生产
6.
Analysis and Optimization of Related Parameters to Quality of Aluminum Rectangular Tube in Drawing Process
铝合金矩形管拉拔成形质量因素分析优化
7.
Application of ZL205A High Strength and High-quality Casting in Large Aircraft
ZL205A合金高强优质铸件在大飞机上的应用
8.
Breeding and Application of New Medium-maturing Indica Hybrid Rice Combination Jinyou Huai 340
高产优质中熟杂交中籼新组合金优怀340的选育与应用
9.
Breeding of Jinliangyou 4,a New Two-line Early Hybrid Rice Combination with High Yield and Good Grain Quality
优质高产两系杂交早稻新组合金两优4号的选育
10.
Analysis and Control of Defects in Quality Carbon Steel and Alloy Structural Steel Produced with Converter Process
转炉优质碳素钢和合金结构钢质量缺陷表现形式分析与控制
11.
Sin, K. F. K., &Chan, J. K. Y. (Eds.). (2002). Making Integration Successful , HK: Quality Education Fund.
冼权锋、陈继宇(合编)(2002)迈向成功的融合教育，香港：优质教育基金。
12.
Q Mark Software for Quality Education [Quality Education Fund project]
优质教育Q唛软件〔优质教育基金计划〕
13.
carbide cutter
硬质合金刀刃[头]
14.
J-PIM principle is to cooperation, trustworthiness, superior quality, and all for the customer tenet. It provides the excellent metal and ceramic parts for our consumers.
PIM 公司以合作、信、质、赢的原则为客户提供优秀的金属零件加工业务。
15.
Process Optimization and Quality Control of Full Chilled Low Alloy Casting Iron Camshaft;
全激冷低合金铸铁凸轮轴的工艺优化与质量控制
16.
Numerial Simulation of Diffusion Failure of Cemented Carbide and Optimized Design of Cutting Tools' Composition;
硬质合金刀具扩散磨损的数值模及成分优化设计
17.
Study of Ultra-fine Cemented Carbides Grain Growth Inhibitors Optimization and Sintering Process;
超细硬质合金晶粒长大抑制剂优化及烧结工艺的研究
18.
The Optimum Design of Carbide Cylindrical Finish Machining Gear Hobs and Its 3D Sculpt;
硬质合金圆磨精切齿轮滚刀的齿形优化设计及其三维造型