1.
Study of New Graphite Particle/Al Alloy Matrix Self-lubricating Bearing Material
新型石墨颗粒/铝合金复合自润滑轴瓦材料的研究
2.
The Influence of Re-sintering Temperature and the Blooming Density on CuPb24Sn Bearing Material Porosity and Metallic Phase
复烧温度与初轧密度对CuPb24Sn轴瓦材料孔隙率及金相的影响
3.
Low Ni High Mn Cu-Al Alloy Bush for Hot Plate Mill
低镍高锰铜铝合金轴瓦新材料的研究
4.
Manufacture and Application of Carbon Fiber Lead Bronze Composite Bush
碳纤维-铅青铜复合材料轴瓦的制造与应用
5.
Study for Bearing in Magnetron Sputtering Deposition Technology and Mechanical Behavior of the Material;
轴瓦磁控溅射镀膜技术及其材料力学性能研究
6.
Babbits are known as the superior bearing metal in anti-friction property,butsince their lower fatigue strength,bearing of these metals are apt to crack and spalling,whenthey serve in high load condition.
巴氏合金是减摩性最好的轴承材料,但是其疲劳强度低,在高载荷下轴瓦合金层容易开裂剥落。
7.
roofing tile fastening accessories
屋面瓦固定辅助材料
8.
a laborer who carries supplies to masons or bricklayers.
为泥瓦匠或砖瓦匠供应材料的人。
9.
Study on Cushioning Characteristics of a New Type Packaging Material "Wall in Wall"
新型包装材料“瓦中瓦”缓冲特性研究
10.
Second Suggestion for Developing Bimetal Strip for Friction Resistant Bush
开发耐磨轴瓦用双金属带材的再建议
11.
The results showed that the segregation of Pb atoms in the interface between the alloy and the steel back was the main factor leading to the failure of the bearing bush.
结果表明 ,铅原子在合金层与钢背材料结合面上的聚集是导致轴瓦失效的主要原因。
12.
Results showed that the composite bush had better service property than the Al-Sn alloy bush, and meet the requirements for commercal bushes of the same class.
结果丧明复合材料轴瓦具有良好的使用性能,达到了同类产品的使用要求。
13.
Application of Oil-free Lubricating Material to Long Shaft Bearings for Dog Transfer
拨入机长轴轴承无油润滑材料的应用
14.
Provide non-standardized products：Cylindrical bushes, flanged bushes, thrust washers, flat strip material, half bearing, wear plate.
可供非标产品：直套、翻边轴套，止推垫片、板材、轴瓦、滑板。
15.
upper center crankshaft bearing
曲轴主轴承上中轴瓦
16.
Packing material--Heavy duty corrugated fibre board
GB/T16718-1996包装材料重型瓦楞纸板
17.
roofing material,tiles, slates,felt,etc
盖屋顶用的材料、瓦、石板、油毡等.
18.
Ni36Fe INVAR Alloy-the Old Material and New Application
Ni36Fe因瓦合金—老材料和新用途