Key Advantages
1. Exceptional ductility, with zero cracking during stamping
Grade 1 titanium sheet offers the best ductility and cold forming performance among the pure titanium series. It can easily undergo deep drawing, stretching, bending, rolling, profiling, and complex custom shaping without the need for intermediate annealing. Its machinability far exceeds that of Grade 2 titanium sheet, making it particularly suitable for manufacturing titanium tanks, titanium heads, titanium housings, and precision sheet metal parts.
2. Exceptional Corrosion Resistance, Long Lasting Protection, and Maintenance Free
The surface spontaneously forms a dense, self-healing TiO₂ passivation film, ensuring stable performance in seawater, chloride salt spray, dilute nitric acid, organic acids, weak alkalis, and humid industrial environments—without rusting, pitting, scaling, or peeling. It can fully replace Stainless Steel and aluminum sheets, significantly extending equipment service life and reducing maintenance and replacement costs.
3. Lightweight and High-Strength, Reducing Equipment Load and Improving Efficiency
Weighing only 60% as much as carbon steel while maintaining stable strength, it effectively reduces the overall load in precision equipment, outdoor equipment, and automotive and aerospace components, thereby enhancing equipment stability and service life.
4. Non-magnetic, Clean, Biocompatible, and Non-polluting
The sheets are non-magnetic throughout, causing no interference with precision instruments or medical diagnostic equipment. The material is non-toxic, free of heavy metal leaching, and exhibits excellent biocompatibility, making it suitable for food processing, medical equipment, clean fluid systems, and the manufacture of biopharmaceutical tanks.
5. Smooth, Fine Surface with Excellent Processability
The Titanium sheet surface is free of scale, peeling, sand holes, cracks, and dents, and features high flatness. It can undergo secondary treatments such as welding, polishing, sandblasting, anodizing, and etching directly, resulting in a finished product with a high-quality appearance and texture.
Production Process and Sheet Quality
The process involves high-purity titanium ingots → multi-pass hot rolling → precision cold rolling and leveling → vacuum high-temperature stress-relief annealing → double-sided acid washing and passivation → final leveling → cutting to length → protective surface coating → 100% inspection, grading, and warehousing.
The entire production process takes place in a sealed, temperature-controlled environment to eliminate internal stresses in the sheets, ensuring high surface flatness, uniform internal distribution, and the absence of residual stresses, thereby preventing subsequent deformation, warping, and stamping cracks. The finished sheets feature a smooth surface, uniform color, and are free of scratches, oxidation marks, and oil stains, making them suitable for high-end exterior components and precision structural parts.
Applications
1. Chemical and Corrosion-Resistant Equipment: Reactor linings, acid washing tanks, corrosion-resistant sheet metal, chemical storage tanks, filtration equipment
2. Seawater and Water Treatment Industries: Seawater desalination equipment, equipment for salt spray environments, corrosion-resistant components for circulating water treatment
3. Sheet Metal Stamping and Deep Drawing: Titanium heads, titanium housings, drawn parts, precision custom sheet metal parts
4. Medical and Cleanroom Industries: Medical equipment panels, biotech equipment housings, corrosion-resistant components for food processing
5. New Energy and Vacuum Equipment: Vacuum chambers, corrosion-resistant components for new energy systems, sheet metal for battery equipment
6. Marine Vessels and Outdoor Equipment: Corrosion-resistant components for offshore platforms, lightweight sheet metal for ships, panels for equipment requiring high weather resistance
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