1) Welding technology
焊补技术
2) repair welding
焊补
1.
Studies of silver-contained solder for repair welding on surfaces of steel castings;
铸钢件表面焊补含银钎料的研究
2.
The article introduces a repair welding technology which prevents the worn axis from residual deformation and assures the repaired axis normally running.
介绍了一种防止磨损轴在焊补过程中出现残余变形,以保证修复轴正常运转的轴磨损无变形焊补工艺。
3.
The heavy duty mill housing casting made of GS-20Mn5V,weighted 400t,in which the cracks were found during the casting cleaning,in this case the repair welding must be performed as well as the entire stress relieving.
铸件清理时发现裂纹,必须进行焊补和焊后整体消应。
3) welding
焊补
1.
The technique and experience of in situwelding repair wheels in Lai Steel were presented.
本文简要分析了影响烧结风机转子使用寿命的因素 ,介绍了莱钢对 950 0风机转子进行机上焊补的技术和经验。
2.
A formula between cast iron welding measure and t 8/5 is built up according to the conduction throry and the feature of welding in this paper.
根据传热学理论和焊补特点，建立了铸铁焊补尺寸与ｔ８５ 关系式。
4) welding repair
焊补
1.
The welding repair technology for crack and on revolving rail of 10t portal crane is presented.
对10 t门机旋转齿圈滚道表面,因齿圈材质及淬火硬度等问题,造成滚道淬火面在门机作业过程中会出现开裂、剥落等故障,介绍了采用码头现场焊补工艺,焊补后焊缝质量稳定,工艺方法简单,并且大大降低了维修费用。
2.
According to the condition and the reasons of corrosion and leakage for the collecting pipe of two ageing coke oven of the coking plant of Jinan iron and steel group general corporation,the safety awelding repairwith non-stop producing is adopted.
济钢焦化厂根据两座老焦炉焦气管腐蚀泄漏的状况及原因，采取了不停产安全焊补法，将卡具焊在集气管的泄漏部位，中间塞满密封填料，从而达到堵漏和加固集气管的目的。
5) TIG welding-repair
氩弧焊补
1.
Yushe 2 vapor machine 665 end class leaf-slices are Weared away heavily,The material of two extreme leaf is 2Cr13,the weldingrepair process is complicated,including fire-incisingTIG welding-repair,wheting,solving the silver sticks on the surface of hard alloy slice and treatment with the heat etc.
榆社2号汽轮机665末级叶片两级端部磨损,叶片材质为2Cr13,焊接处理工艺复杂,包括了切割、氩弧焊补、打磨、挂银贴片和热处理等工序,经严格施焊,已安全运行35 000 h。
6) welding orientation
焊补对正
参考词条
补充资料：模具补焊技术
模具补焊几个要点：
1。焊条要预热，焊条成分要与模具钢成分相同或接近，以保证焊后结构均匀
2。模具要预热到马氏体温度以上，但不能太高。
3。电流要控制小，否则焊接深度太大。
4。焊接过程模具要保持预热状态。
5。有必要时，焊后进行热处理。
1。焊条要预热，焊条成分要与模具钢成分相同或接近，以保证焊后结构均匀
2。模具要预热到马氏体温度以上，但不能太高。
3。电流要控制小，否则焊接深度太大。
4。焊接过程模具要保持预热状态。
5。有必要时，焊后进行热处理。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。