GR12 Titanium Tube ASME B36.19 Size 10'' Length 6000mm For Aerospace

GR12 Titanium Tube ASME B36.19 Size 10'' Length 6000mm For Aerospace

What Is Titanium Welded Tube?

Titanium welded tubes are a type of high-strength alloy that is particularly valued in sectors such as aerospace and chemical processing. Their extensive use is attributed to their exceptional corrosion resistance and an impressive strength-to-weight ratio, which makes them indispensable where lightweight yet robust materials are required.

The manufacturing process for welded titanium tubes involves joining two or more segments of Grade 12 titanium using specialized welding techniques. This grade of titanium is carefully chosen due to its favorable properties for withstanding various types of welding processes. The most common methods used for creating these tubes include Tungsten Inert Gas (TIG) welding, Gas Tungsten Arc Welding (GTAW), or Plasma Arc Welding (PAW). These techniques ensure a high-quality weld that maintains the integrity and performance of the titanium tubes.

CHANGSHENG Industries is a notable provider known for offering a broad selection of TIG welded titanium tubes. They boast an extensive range of standard sizes that cater to different industrial needs, spanning from 1/8" to a substantial 24" in diameter. This variety allows customers to find the precise dimensions needed for their specific projects.

Within CHANGSHENG' s Mill Products inventory, there is a rich variety of titanium welded pipe available in grades 2 and 7, accommodating a wide array of applications that require these specific material properties.

When it comes to the weight calculation for these welded lines, it's essential to understand that the weight is calculated based on the thickness, with a density of 0.163 lbs/cubic inch. This detail is crucial for ensuring accurate estimates in structural design and load considerations. Additionally, the dimensional tolerances adhere to the specifications outlined in ASME B36.19M and B36.10M standards, although it's important to note that the wall thickness specified by ASME B36.19 may not align with the requirements of ASME B36.10M.

Overall, CHANGSHENG Industries' commitment to offering a diverse range of high-grade titanium welded tubes and pipes reflects their capability to meet the stringent demands of industries seeking top-performing, reliable materials.

Gr12 Titanium Welded Tube Specification

Physical properties of TA10/ Grade 12(Ti-0.8Ni-0.3Mo)

Specification

Chemical composition(Wt%) of Gr12 Ti pipes

Application Of Grade 12 Titanium Welded Tubes

Grade 12 titanium welded tubes are widely utilized across various industries due to their superior performance characteristics. Here are some specific applications where these tubes are commonly used:

1. Heat Exchangers: Titanium welded tubes are favored in heat exchangers that demand high strength and exceptional corrosion resistance. They are particularly beneficial in aggressive environments where other materials might fail rapidly.

2. Chemical Processing: In the chemical processing industry, where withstanding corrosive chemicals is paramount, titanium welded tubes prove invaluable. They play a crucial role in the production of potent acids and alkalis, where their corrosion resistance is especially important.

3. Marine Applications: Grade 12 titanium tubes are essential for marine applications that require both corrosion resistance and robust strength. They are integral in the construction of marine vessels, offshore oil rigs, and other equipment that operate in the challenging marine environment.

4. Power Generation: Welded titanium tubes are also key in power generation scenarios, particularly where high temperatures and pressures are routine. They contribute significantly to the production of condensers and heat exchangers in power plants, where their ability to withstand extreme conditions is critical.

In summary, TIG welding of titanium tubes offers an excellent solution for applications that demand a combination of high strength, corrosion resistance, and biocompatibility. Their outstanding properties make them an asset in a diverse array of industrial settings, from aerospace to medical applications, ensuring they remain in high demand across numerous sectors.