What are the processing methods of titanium alloy pipe fittings?

Introduce
There are many processing technologies for titanium alloy pipe fittings, many of which are mechanical technologies. This article mainly introduces the three main technologies of processing.
Titanium alloy pipe fittings processing technology
1. Drilling and extrusion: This method can produce thin-walled tube blanks with uniform wall thickness, fine grains and large deformation.
2. Plate (strip) welding: This production process has the advantages of high production efficiency, low cost, uniform wall thickness, good internal surface quality, large line width, and simple hardware requirements. But its advantages are: Creating an unreasonable amount of detail. There are not many items, and cleaning the welds is troublesome.
3. Cross-rolling and perforation: This method uses less molds, less metal, less equipment investment, does not pollute the environment, does not require bandaging or lubrication, has high output and low processing costs.
Extrusion, plate (strip) welding, cross-rolling, perforation, etc. are all processing methods for titanium alloy pipes. The traditional processing method of titanium alloy materials is to melt and cast titanium sponge into ingots, and then plastically stretch the ingots at high temperatures to obtain the necessary material design and mechanical properties to meet the prerequisites for further use of the material.
It should be noted that different processing strategies have their own properties and scope of use. The selection of specific processing methods should be guided by the requirements and application scenarios of the pipe fittings.

Things to note about titanium alloy pipe fittings
1. Equipment selection: Due to the low thermal conductivity of titanium compounds, heat will accumulate on the surface near the workpiece during handling, which will undoubtedly make the equipment temperature too high and cause "blade consumption". Therefore, it is very important to choose high-quality equipment and low cutting line speed (low rotational speed, low feed). It is best to use special tools made of titanium alloy. If not, you can also use carbide tools, but the harder the better. Recommend 55 degrees or above. Try not to use a device with a lid, as the titanium alloy material has a "tendency" to react with the titanium in the lid, causing "blade retention."
2. Make space: Due to the low density and hardness of titanium alloy and the high cotton content of the material, "giving the knife" is very simple. During harsh processing, "destruction" will occur, but "overcut" will not occur. In order to prevent the "cutting" from being incomplete, repeated processing is required, leaving as few edges and corners as possible to further improve processing efficiency.
3. Cooling technology: Cooling measures are required when processing titanium alloys, and dry cutting is completely restricted. Improve your concentration when completing small and micro cuts. Titanium alloy material fragments with tiny molecular sizes are "consumed" at around 200 degrees Celsius, affecting the decorative properties of items.
These precautions can ensure the quality and safety of the product, while also improving the processing efficiency and accuracy of titanium alloy pipe fittings.
Summarize
In general, titanium alloy pipe fittings processing strategies cover different traditional and modern technologies. It is important to choose the appropriate handling strategy based on the specific shape, size and requirements of the workpiece. In order to ensure the best processing effect and quality of titanium alloy pipe fittings in practical applications, technicians must comprehensively consider processing requirements and equipment conditions, and flexibly use a variety of processing techniques.