Metallurgy Industries

Clad plates are widely used in the metallurgical industry, particularly in harsh environments involving corrosion, high temperatures, and pressure. Key applications include:

• Metallurgy Reactors: Titanium-steel clad plates are used in key equipment such as chlorination reactors and condensers in sponge titanium production. Titanium offers excellent resistance to chlorine corrosion.
• Furnace shells and support frames: Bimetallic or clad structures enhance durability and mechanical strength in high-load environments.
• Pickling tanks and towers: Titanium-steel or stainless steel clad plates resist strong acids such as HCl and H₂SO₄.
• Converter gas scrubbing towers: Clad plates with corrosion-resistant alloys like Hastelloy or stainless steel handle chloride-rich environments.
• Desulfurization towers and dust removal systems: Nickel-based or stainless clad materials ensure structural integrity under acidic and high-temperature exhaust.
• Gas coolers and heat exchangers: 304, 316L, or 2205 stainless steel clads are used in high-efficiency heat transfer surfaces.
• Electrolytic cells and smelting tanks: Titanium-steel and zirconium-steel clad plates are ideal for conductive and corrosion-resistant container structures.
• Furnace shells and support frames: Bimetallic or clad structures enhance durability and mechanical strength in high-load environments.

TiCl4 Reactor

Nickel-Cobalt reactor

Converter gas scrubbing towers