Introduction

A titanium rod is a key titanium metal raw material used for producing titanium alloys. It has the characteristics of low density, high strength, and excellent corrosion resistance.

Titanium rods are widely used in the aerospace industry for manufacturing aircraft structural components and rocket nozzles, in the chemical industry as catalyst carriers and electrolyte purification devices, and in the mechanical industry as materials for heat exchangers and condensers.

Specification

Features

1. Excellent bearing strength under cryogenic temperatures

2. Non-magnetic and non-toxic

3. Good thermal properties

4. Low modulus of elasticity

5. High corrosion and heat resistance

6. Lightweight with high tensile strength

Applications

Titanium rods are extremely versatile and serve many high-performance industries, including:

1. Cold-drawn titanium wire, foil, and profiles

2. Catalyst carrier or electrolyte purification components

3. High-temperature fillers in metal welding (melting point: 3727°C)

4. Refractory materials and heat-resistant plastics

5. Steelmaking deoxidizer and desulfurizer

6. Components for high-temperature furnaces and refractory structures

7. Nuclear reactor control rods and aerospace engine blades

8. Containers for uranium ion extraction from seawater

9. Artificial joints and medical implants

10. Semiconductor device components

11. Heat-resistant glass and zirconia fiber production

Quality Assurance

Each titanium rod is subjected to strict quality control and third-party inspection to ensure compliance with ASTM, AMS, and GB/T standards.
Third-party test reports can be provided upon request.