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Titanium Rods: Common Grades, Characteristics, and Application Fields

Titanium Rods: Common Grades, Characteristics, and Application Fields

2025-05-28

In today's technological landscape, titanium rods have emerged as a cutting-edge material with extensive applications across various sectors. Their exceptional properties - including high strength-to-weight ratio, low density, superior corrosion resistance, and excellent biocompatibility - make them indispensable in aviation, medical, chemical, automotive, and other fields.

I. Titanium Rod Grades and Characteristics

 

  • TA1: High-purity titanium with minimal impurities, offering outstanding plasticity and weldability. Primary applications: aerospace, medical, and chemical industries.

  • TA2: Industrial pure titanium with higher strength and corrosion resistance than TA1. Widely used in chemical and marine engineering.

  • TC4: A titanium alloy containing aluminum, tin, and vanadium for enhanced strength and corrosion resistance. Applications: aerospace, medical implants, and chemical equipment.

  • TB2: A high-strength titanium alloy with excellent low-temperature performance and machinability. Mainly used in aerospace and military applications.

 

Thanks to their versatile properties, titanium rods serve critical roles in:

  1.  

    As a premium high-tech material, titanium rods owe their widespread adoption to unparalleled physical and mechanical properties. With ongoing technological advancements, their applications are poised for even greater expansion in the future.