Titanium anode empowering high-end copper foil production is a core electrode component in the electronic new energy field, using TA1, TA2 high-purity titanium substrate with RuO?-IrO?-Ta?O? mixed metal oxide coating on the surface. During manufacturing, it first undergoes sandblasting and pickling pretreatment to enhance substrate adhesion, then forms a uniform and dense MMO coating through multiple precious metal salt coatings and high-temperature calcination, and the formula can be flexibly optimized according to customer electrolysis conditions. The product performs excellently in 500–8,000 A/m2 high current density and ≤80℃ copper sulfate strong acid environment, achieving stable electrolysis with high current efficiency by virtue of excellent conductivity and electrochemical activity. Precise current distribution makes the copper foil deposition layer uniform and dense, greatly improving thickness consistency and surface quality, and helping produce high-performance copper foil. Its super corrosion resistance and low energy consumption characteristics enable a design life of over 2–7 years, significantly reducing production costs. Widely applicable to lithium battery copper foil, PCB copper foil and high-performance copper foil manufacturing in electronics and communications.?