Introduction to Industrial Pure Titanium Grades (TA1, TA2, TA3, TA4)

High strength: TA1 offers high tensile strength, typically ranging between 350-550MPa.

Low density: Compared to other metallic materials, TA1 has lower density, helping reduce structural load and improve material efficiency.

Excellent corrosion resistance: TA1 demonstrates good corrosion resistance in various media including atmosphere, seawater, and wet chlorine.

Good toughness: TA1 maintains good stability and toughness across various temperature environments.

Easy processability: TA1 can be easily formed and welded through various processes like forging, rolling, and drawing to create structural components of different shapes and sizes.

Outstanding corrosion resistance: Maintains stability in various media, particularly excelling in seawater and wet chlorine environments.

Moderate mechanical properties: Combines high strength with good plasticity, making it easy to process and form.

Low density: Compared to other metallic materials, TA2's lower density facilitates lightweight design.

Excellent processing performance: Can be easily cold-worked, hot-worked and formed to meet complex shape manufacturing requirements.

Wide application range: Due to its superior properties, TA2 is widely used in aerospace, chemical, medical and other fields.

Higher strength compared to TA1 and TA2 with superior mechanical strength.

Excellent corrosion resistance with stable performance in various corrosive environments.

Moderate density suitable for diverse application scenarios.

Outstanding processing performance allowing fabrication through multiple techniques.

Excellent mechanical properties: Features high tensile and yield strength along with good plasticity and toughness, suitable for various stress environments.

Good corrosion resistance: Maintains corrosion resistance in oxidizing, neutral and reducing media, applicable to multiple corrosive environments.

Strong high-temperature performance: Demonstrates high strength and creep resistance at 500-600°C, suitable for high-temperature working conditions.

Good processing performance: Offers excellent cold and hot workability, capable of being forged, rolled or extruded into complex-shaped components.

Lightweight material: With density of about 4.43-4.51g/cm³ (lighter than steel), ideal for lightweight designs.