1. Reactors and containers
TC4 Titanium Wire can be used to make agitators, support structures, and other parts of reactors. For example, in reactors that produce high-purity titanium chloride and other chlorides, parts made of titanium wire can resist corrosion from chlorine-containing media and ensure the stable operation of the reactor.
2. Pipeline systems
ASTM B863 Titanium Wire can be used to reinforce plastic or rubber pipes to make titanium-reinforced composite pipes. This composite pipe has both the corrosion resistance and flexibility of plastic or rubber and the high strength of titanium. It can withstand higher pressures and more complex chemical environments and is often used to transport corrosive chemical raw materials.
Titanium wire can be made into fasteners and seals for pipe connections, which can provide reliable fastening force while resisting chemical corrosion to ensure the sealing and stability of pipe connections.
3. Heat exchangers
Grade 7 Ti-0.2Pd Titanium Wires can be wound into heat exchange tubes for use in chemical heat exchangers. Titanium's good thermal conductivity and corrosion resistance enable heat exchangers to efficiently transfer heat in the environment of various corrosive media, such as acids and alkalis, improve heat exchange efficiency, and extend the service life of equipment.
4. Filtration and separation equipment
The filter mesh woven from titanium wire has the characteristics of corrosion resistance and high-precision filtration and is widely used in chemical filtration equipment. It can be used to filter impurities and particles in various corrosive liquids and gases.
5. Electrolysis equipment
Titanium wire can be used as an electrode material in electrolytic cells, especially in some electrolysis processes that require electrodes with strong corrosion resistance, such as anodes in the chlor-alkali industry. Its surface can be coated with a specific catalyst coating to improve the electrochemical performance of the electrode, reduce energy consumption in the electrolysis process, and resist corrosion from the electrolyte.
