Titanium Plate: Exceptional Performance, Shaping the Future of Industry
In the industrial era pursuing lightweight, high strength, and ultimate corrosion resistance, titanium plates are becoming a core material in the field of high-end manufacturing due to their irreplaceable excellent performance. Whether in aerospace, chemical and marine industries, or medical health and sports leisure, titanium plates provide a solid guarantee for product performance and reliability.
Unmatched Strength-to-Weight Ratio
The density of titanium plates is only 60% that of steel, but their strength is comparable to high-strength alloy steels. This means that using titanium plates can significantly reduce equipment weight while maintaining excellent structural strength, offering revolutionary lightweight solutions for fields such as aerospace and transportation.
Ultimate Corrosion Resistance
Titanium plates form a stable oxide film in chloride, acidic, and alkaline environments, with almost no corrosion. They are the ideal choice for chemical equipment, offshore platforms, and seawater desalination plants, capable of substantially extending equipment service life and reducing maintenance costs.
Excellent Biocompatibility
As a "bio-friendly metal," titanium plates are widely used in medical implants, surgical instruments, and imaging equipment. They are highly compatible with human tissues, non-toxic, harmless, safe, and reliable.
Superior Thermal Stability and Fatigue Resistance
Titanium plates maintain stable mechanical properties in both high and low-temperature environments, making them the preferred material for manufacturing engine components, rocket casings, and cryogenic equipment.
Titanium Plate Common Specifications Model List
Item Category | Specifications & Models | Guidance & Applications |
Common Materials | • Pure Titanium: TA1, TA2, TA3 (GR1, GR2)
• Titanium Alloy: TC4 (GR5, Ti-6Al-4V) | TA1/TA2: Excellent corrosion resistance, good formability, the preferred choice for chemical and marine fields.
TC4: Combines high strength with good toughness, widely used in aerospace and military industries. |
Manufacturing Process | • Hot Rolled Plate
• Cold Rolled Plate | Hot Rolled Plate: Larger thickness, used for heavy structural components.
Cold Rolled Plate: High dimensional accuracy, smooth surface, used for precision parts. |
Plate Thickness | Range: 0.5mm ~ 100mm
Breakdown:
• Thin Plate: 0.5mm ~ 4.0mm
• Medium/Heavy Plate: 5mm ~ 20mm
• Heavy Plate: 21mm ~ 100mm | Ultra-thin (e.g., 0.3mm) and ultra-thick (>100mm) customization supported. Thin plates often used for lining, medical applications; medium/heavy plates for structural components. |
Plate Width | Range: 500mm ~ 2000mm
Common Specifications: 1000mm, 1220mm, 1500mm | Custom specific widths available based on your equipment processing capabilities and design requirements. |
Plate Length | Range: 1000mm ~ 4000mm
Common Specifications: 2000mm, 2440mm, 3000mm | Standard sizes facilitate procurement and processing; non-standard lengths can be customized to optimize material utilization. |
Supply Condition | • Annealed (M)
• Hot Worked (R)
• Cold Worked (Y) | Annealed (M): Eliminates internal stress, good plasticity, easy for stamping and rolling.
Cold Worked (Y): Higher strength and hardness. |
Surface Treatment | • Sandblasted
• Pickled
• Mechanically Polished
• Satin | Meets the aesthetic and functional needs of different industries. For example, chemical equipment often uses sandblasted or pickled surfaces; medical equipment requires high-gloss polishing. |
Execution Standards | ASTM B265, AMS 4911, GB/T 3621 | Complete Material Test Certificates (MTC) provided to ensure material traceability and quality reliability. |
Typical Applications | • Chemical/Marine: Reactors, electrolyzer linings, seawater desalination equipment
• Aerospace: Aircraft skin, engine compartment structural parts, rocket casings
• Medical Health: Implant substrates, surgical equipment panels, imaging equipment components
• Power Energy: Nuclear power condensers, electrode plates
• Sports Leisure: High-end outdoor products, watch cases | Titanium plate is the ideal choice for achieving lightweight design, extending equipment life, and coping with harsh environments. |
In the industrial age that pursues lightweight, high strength, and extreme corrosion resistance, titanium plates are becoming a core material in the field of high-end manufacturing by virtue of their irreplaceable and excellent performance. Whether it is aerospace, chemical and marine industries, or medical health and sports leisure, titanium plates are providing a solid guarantee for product performance and reliability.