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

Characteristics of TA1 Industrial Pure Titanium:

• 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.

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Characteristics of TA2 Industrial Pure Titanium:

• 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.

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Characteristics of TA3 Industrial Pure Titanium:

• 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.

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Characteristics of TA4 Industrial Pure Titanium:

• 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.