GR1 GR2 GR7 GR9 Titanium Tube ASTM B 338 dia 9.53 to 38.1 mm for
Chemical Processing
What Is Titanium Pipe?
We are a manufacturer capable of providing two main types of
titanium piping—seamless and welded.
Titanium pipes originate from titanium ingots and are meticulously
transformed into the appropriate dimensions through a series of
processes including multiple rolling, annealing, pickling, and
grinding techniques. The seamless titanium pipes are produced from
hollow billets utilizing any cold reduction or cold drawing process
that yields a product meeting the specified requirements.
The manufacturing of welded titanium pipes begins with selecting a
suitable thickness of high-quality cold-rolled titanium plate.
After going through the processes of flattening, cutting, and
cleaning, the plate is then rolled into a tubular shape and welded
using fully automatic welding equipment. Our advanced welding
technology ensures the quality of the welds, contributing to the
production of high-quality pipes. The welded tube is created from
flat-rolled products by means of an automated arc-welding process.
It undergoes sufficient cold working to achieve the final size,
which is crucial for transforming the cast weld microstructure into
a characteristic equiaxed microstructure in the weld area following
any subsequent heat treatment.
Specification
seamless pipe/tube
Grade: Gr1, Gr2, Gr7, Gr9, Gr11, Gr12, Gr16 etc Outer diameter: 3~110mm Wall thickness: 0.1~5.5mm Length: ≤19000mm | welded pipe/tube
Grade: Gr1, Gr2, Gr7, Gr9, Gr11, Gr12, Gr16 etc Outer diameter: 10~1000mm Wall thickness: 0.5~5.5mm Length: ≤19000mm |
Titanium Welded Pipe sizes Weight is in pounds based on a density
of 0.163 lbs/cubic inch. Dimensional tolerances to ASME B36.19M and
ASME B36.10M – *ASME B36.19 wall thickness does not conform to ASME
B36.10M. The wall thickness listed is nominal wall thickness. Sch-10S and
Sch-10 do not permit threading in accordance with ASME B1.20.1. Size Range:Min OD: 0.375″/ 9.25 mm | Max OD: 48.000″/1300.00 mm |
Quality test of seamless and welded tubes
100% Ultrasonic Test
100% Eddy's current test
100% Hydraulic Test
100% X-ray test (welded tube)
Mechanical properties test
Chemical composition test
Hardness test
Flattening test
Flaring
Application
Titanium pipes are utilized across a broad spectrum of industries,
thanks to their distinctive properties such as high tensile
strength, impressive corrosion resistance, and low density. Here
are some typical applications:
1. Chemical Processing: Titanium pipes are extensively used in the
chemical sector due to their outstanding resistance to various
corrosive agents, including acids, alkalis, and salts. They play an
important role in the production of chemicals like chloralkali,
sulfuric acid, and hydrochloric acid.
2. Oil and Gas Industry: The oil and gas industry employs titanium
pipes for their ability to withstand high levels of corrosion and
erosion that can occur in high-pressure and high-temperature
environments. They are integral in pipelines, downhole tubing, and
other mission-critical applications.
3. Aerospace and Aviation: The aerospace and aviation fields rely
on titanium pipes because of their favorable strength-to-weight
ratio and exceptional corrosion resistance. These pipes are
incorporated into aircraft components such as engine parts,
hydraulic systems, and airframes.
4. Power Generation: Titanium pipes are also employed in power
generation due to their ability to resist corrosion and erosion
from high-temperature and high-pressure steam environments. In
power plants, they are used in the production of steam,
particularly in heat exchangers and condensers.
In summary, titanium pipes have a wide range of applications across
numerous industries, attributable to their superior mechanical
properties and exceptional resistance to corrosion.
