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ERTi-7钛合金焊丝
ERTi-7这种填充金属形成的焊缝金属具有极好的抗腐蚀性，其力学性能和物理性能与ERTi-2相似。
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Oxford Alloy®Ti-7
SPECIFICATIONS CLASSIFICATIONS
AWS 5.16 AWS ERTi-7
ASME SFA 5.16 UNS R52401
DESCRIPTION / APPLICATION
Oxford Alloy ERTi-7 can be welded by the gas tungsten arc, plasma arc, and gas metal arc processes. The procedures and equipment are gener-ally similar to those used for welding stainless steel or aluminum. Tita-nium and titanium alloys are extremely reactive above 1000 °F, however, additional precautions, exceeding those required during the welding of austenitic stainless steel or aluminum alloys, must be taken to shield the weld and hot root side of the joint from air. In welding titanium or titanium alloys, only argon and helium, and occasionally a mixture of these two gases, are used for shielding. The filler metal composition is usually matched to the grade of titanium being welded. The filler metal and the base metal should be meticulously cleaned at the time of welding. Grease and oil accumulated during forming and machining must also be removed before welding to avoid weld contamination.
AWS Chemical Composition
C O H N Fe Pd Ti
0.03max 0.08-0.16 0.08max 0.015max 0.12max 0.12-0.25 Bal |
