What Are The Applications Of Titanium Alloy Materials Such As Titanium Welded Pipe And Titanium Alloy Pipe in Non-ferrous Metallurgy?

Titanium and titanium alloy products have strong corrosion resistance, high temperature resistance and high pressure resistance. Therefore, in the production of non-ferrous and rare metals, various brands of titanium alloys in a variety of corrosive media corrosion resistance is much better than stainless steel. Titanium in the production of non-ferrous metallurgy, first of all, improve labor productivity, greatly improve product quality, improve labor conditions, a large degree of mechanization and automation. Titanium is used in industry in the form of rolled parts, rolled parts production can meet the requirements of large specifications and important equipment. Titanium parts are efficiently manufactured in the form of castings (equipment, pumps, etc.) and metal-ceramic parts. For example, industrial use of titanium alloy pumps instead of cast iron pumps and pumps made of acid-resistant steel to transport hydrochloric acid solution of potassium and magnesium (containing weak hydrochloric acid), the service life is increased by 15-20 times, and the loss of transporting liquids is reduced by 2/5.

For example, in the production of magnesium smelting, the use of titanium alloy tube manufacturers manufactured scrubber reflux sprayer, titanium pumps, titanium piping systems, ventilators, titanium tee, titanium throttle, titanium reducer, titanium circulating water tank. They are equipped with a wide variety of aggressive media refining equipment, corrosion-resistant alloys are an effective way to increase equipment life and improve product quality.

Titanium tubes can improve the service life and reliability of the equipment. Non-ferrous metallurgical enterprises use titanium rolled parts of this It workpiece type, which can create abundant economic benefits every year, reduce the cost of use and maintenance costs, and improve labor productivity. Titanium equipment is widely used in nickel-cobalt and titanium-magnesium industrial enterprises; titanium is widely used in copper production; zinc, lead, tin, tungsten and molybdenum, mercury, antimony, cadmium, gold, antimony, cadmium, gold and other metals, aluminum and carbide, and non-ferrous metal processing enterprises, titanium is also gradually applied. For example, various parts in contact with the corrosive medium in the high-pressure kettle equipment are made of titanium, replacing the electrolytic baths for the preparation of metal solutions. In the non-ferrous metallurgy of continuous automated solid-liquid extraction (leaching) of metal-containing materials, this titanium equipment ensures highly efficient operation. The cost of metals in solution in the titanium autoclave reactor is 25% lower than in the dissolution electrolyzer.