A Brief Discussion on Titanium Tube Supply Specifications and Applications

Titanium tubes are widely used in various fields due to their excellent performance. They offer a wide variety of specifications. Diameter and wall thickness are key parameters determining their application. Common titanium tube diameters on the market range from 5mm to 110mm, with wall thicknesses ranging from 0.5mm to 8mm. Lengths typically range from 3m to 9m, allowing for flexible application in projects of varying sizes and types.

Titanium tubes also perform well in terms of chemical composition and mechanical properties. Its primary component, titanium (Ti), combined with alloying elements such as aluminum (Al) and manganese (Mn), imparts high density and excellent corrosion resistance. With tensile strength exceeding 800MPa, yield strength exceeding 700MPa, and elongation exceeding 15%, these mechanical properties further highlight the high strength and excellent ductility of titanium tubes. Furthermore, it exhibits excellent corrosion resistance in corrosive media such as strong acids, strong alkalis, and seawater. Its ability to maintain stable physical and chemical properties even at high temperatures makes it a valuable material for applications in chemical engineering, marine engineering, and other fields. Gr9 Ti3Al2.5V Titanium Pipe / Thin Wall Titanium Pipe / titanium exhaust tube

In summary, titanium tubes, with their wide range of available specifications and excellent physical and chemical properties, play an important role in numerous fields.

What are the performance requirements for titanium plates?

As a common titanium alloy product, titanium plates have the following key performance requirements:

1. Strength and stiffness: Titanium plates must possess sufficient strength and stiffness to meet the structural requirements of specific applications. Titanium alloys typically have high specific strength and stiffness, meaning they have high strength and stiffness per unit mass.

2. Corrosion resistance: They must exhibit good corrosion resistance, providing long-term, stable resistance to corrosion and oxidation under various environmental conditions. The corrosion resistance of titanium alloys primarily stems from the dense oxide layer that forms on their surface.

3. Lightweight: They must be lightweight and have good specific strength and stiffness, enabling them to reduce structural weight while maintaining sufficient strength and stiffness. titanium foil sheet / titanium pipe fitting / Gr2 Pure Titanium Sheet

4. High-temperature resistance: They must exhibit good high-temperature resistance, maintaining structural stability and mechanical properties in high-temperature environments.

5. Machinability: They must be easily machinable and can be processed and manufactured through processes such as cutting, stamping, forming, and welding to meet various shape and size requirements. 6. Surface Quality: The surface quality must be flat and smooth, free of obvious bumps, cracks, or defects to ensure both appearance and functional integrity.

7. Chemical Composition and Purity: The chemical composition and purity must comply with relevant standards and specifications to ensure performance and reliability.

It should be noted that the performance requirements for titanium plates may vary across different applications, so specific performance requirements must be carefully defined and evaluated based on specific application needs.

Titanium Tubing: An Ideal Choice for Cryogenic Liquid Gas Transportation

The field of cryogenic liquid gas transportation, especially for specialized media like liquid nitrogen and liquid oxygen, places extremely stringent demands on tubing performance. Titanium tubing, with its excellent cryogenic performance and non-magnetic properties, is the undisputed ideal tubing choice in this field.

Titanium tubing's excellent cryogenic performance is a key factor in its suitability for cryogenic liquid gas transportation. Under low-temperature conditions, such as during the storage and transportation of liquid nitrogen (boiling point approximately -196°C) and liquid oxygen (boiling point approximately -183°C), the toughness of ordinary tubing decreases significantly, making it susceptible to brittle cracking, leading to media leakage and potentially safety hazards. Titanium tubing, however, maintains excellent toughness and strength at low temperatures without embrittlement. Its stable microstructure allows it to withstand the stress changes associated with low temperatures, ensuring the safety and reliability of the pipeline. Gr12 Ti-0.3Mo-0.8Ni Titanium Tube / Gr2 Pure Titanium Tube / Grade 9 Ti3Al2.5V Titanium Pipe

Furthermore, titanium tubing's non-magnetic properties offer significant advantages for cryogenic liquid gas transportation. Certain applications, such as those involving precision instruments, medical equipment, or scientific research labs, require stringent magnetic field conditions. Titanium tubing's non-magnetic properties prevent it from interfering with surrounding magnetic fields, ensuring the proper operation of related equipment and the accuracy of experimental results. This characteristic is unmatched by other metal tubing materials.

Titanium tubing also offers excellent corrosion resistance, resisting the erosion of cryogenic liquid gases and potential impurities, further extending the service life of the pipe and reducing maintenance costs.

The advantages of titanium tubing are evident.

In summary, titanium tubing, with its excellent cryogenic performance, non-magnetic properties, and excellent corrosion resistance, performs well in the transportation of cryogenic liquid gases such as liquid nitrogen and liquid oxygen, making it an ideal tubing choice. With the continuous development of cryogenic technology and the expansion of its application areas, titanium tubing will undoubtedly play a vital role in more cryogenic liquid gas transportation scenarios, providing strong support for the safe and stable operation of related industries.