Titanium wire for the chemical industry is a “golden combination” of corrosion resistance and lightweight design, widely used in chemical equipment. Here are its core characteristics:

I. Core Characteristics

• Corrosion Resistance: No anti-corrosion coating is needed in fluoride-containing media, reducing total life-cycle costs by 30%. For example, the agitator spindle of the PTA oxidation reactor uses corrosion-resistant titanium wire, which remains stable even after long-term immersion in boiling acetic acid containing hydrogen bromide.
• High Strength: Tensile strength ≥895MPa, density 4.6g/cm³, high specific strength.
• Lightweight: Density is only 60% of steel, significantly reducing equipment weight.

II. Typical Applications

• Chlor-alkali Industry: The coating formed by the oxidation treatment of the titanium wire surface remains inert in saturated brine and chlorine gas, resulting in 30% higher electrolysis efficiency and more than 8 times longer lifespan compared to graphite anodes.
• Petroleum and Chemical Industry: Excellent corrosion resistance, suitable for applications such as the agitator spindle of the PTA oxidation reactor.

Pharmaceuticals and Paper: Titanium wire remains stable in strong acid and alkali corrosion, making it a reliable partner in hydrometallurgy.

III. Technological Breakthroughs

Alloy Innovation: TA10 titanium wire resists crevice corrosion, making it suitable for highly corrosive environments such as those used by diabetic patients.

Process Innovation: Laser welding achieves 92% of the strength of the base material; modular quick-disassembly design reduces installation time to 2.5 hours.