TIG welding (argon tungsten arc welding) is a welding method using pure Ar as the shielding gas and tungsten electrode as the electrode. TIG welding wires are supplied in a straight strip of a certain length (usually lm). Inert gas arc weld

The welding wire contains alloy elements such as Si, Mn, S, P, Cr, AI, Ti, Mo, and V. The effects of these alloy elements on welding performance are described below: Silicon (Si) Silicon is the most commonly used deoxidizing element in weld

Four processing methods of titanium welded pipe

Mechanical properties of titanium

Due to the tendency of titanium alloy material to fill the grinding wheel, it brings difficulties to the grinding of titanium alloy rod and grade 5 titanium alloy. During grinding, the higher temperature rise on the interface between metal a

There are many kinds of casting defects, and the causes of defects are also very complex. It is not only related to the casting process, but also related to a series of factors, such as the properties of casting alloy, the melting of alloy,

Brief introduction of sandblasting process applied to titanium alloy surface

Due to the tendency of titanium alloy material to fill the grinding wheel, it brings difficulties to the grinding of titanium alloy rod and Grade 5 titanium alloy.

Workpiece deformation in machining is a difficult problem to solve. Firstly, the causes of deformation must be analyzed before countermeasures can be taken. 1. The material and structure of the workpiece will affect the deformation of the w

A new metastable alloy with ti-3.5al-5mo-6v-3cr-2sn-0.5fe-0.1b-0.1c was prepared by means of XRD, SEM, TEM, tensile and creep at room temperature β The effects of heat treatment on microstructure, mechanical properties and creep behavior of