Titanium Seamless Tube

Titanium seamless tubes are manufactured from high-purity titanium ingots through hot extrusion and cold working processes, resulting in a seamless, dense, and high-strength structure. They offer exceptional corrosion resistance, lightweight, and excellent weldability and formability.

Our titanium tubes are available in multiple grades, including Gr.1, Gr.2, Gr.5 (Ti-6Al-4V), Gr.7, and Gr.9. All products conform to international standards such as ASTM B861, ASTM B338, and GB/T 3624. Custom sizes and surface finishes (pickled, polished, anodized) are available upon request.

Specialist & Fabricated Tubing

In addition to standard sized tubing and pipes we offer specialist pipe fabrication. Titanium seamless tubes can be processed into titanium U-shaped tubes, titanium coiled tubes, titanium inner groove threaded tubes, titanium low-fin tubes, titanium corrugated tubes, titanium finned tubes and so on.

Raw Material Preparation

High-purity titanium ingots (e.g. Gr.1, Gr.2, Gr.5) are selected.

Forging & Homogenizing Annealing
Ingots are forged and annealed to refine the grain and homogenize the structure.

Piercing (Hot Perforation)
Ingots are heated and pierced into hollow billets using a piercing press.

Hot Extrusion
The pierced billet is hot-extruded into a rough seamless tube.

Cold Rolling or Cold Drawing
Tubes are processed through multiple passes of cold rolling or drawing to achieve precision dimensions.

Intermediate Annealing
Annealing between cold work steps to relieve stress and restore ductility.

Straightening & Cutting
Finished tubes are straightened and cut to fixed lengths.

Surface Treatment
Pickling, polishing, or sandblasting to remove oxide scales or improve finish.

Inspection (NDT + Dimensional)
Eddy current or ultrasonic NDT, dimensional and surface inspection performed.

Packing & Shipping
Both ends with plastic caps, tubes wrapped and packed in wooden cases or metal frames.

All titanium seamless tubes are tested before delivery, including chemical composition analysis, dimensional inspection, mechanical properties testing, and non-destructive tests (eddy current or ultrasonic). Third-party inspection reports (SGS/BV/Others) are available upon request.

1. Chemical Composition Analysis

2. Mechanical Properties Testing: Tensile Test, Hardness Test

3. Dimensional Inspection: OD, Thickness, Length; Ovality & Concentricity

4. Surface Defect Inspection: inspected for cracks, scratches, inclusions, pockmarks, etc.

5. Non-Destructive Testing (NDT): Eddy Current Test, Ultrasonic Test, X-Ray Testing.

6. Hydraulic / pneumatic test: Hydrostatic Pressure Test, Air Leak Test / Pneumatic Test.

Commonly Used Testing Standards (Partial)

ASTM B338 / B861 / B337 (American Standard)

GB/T 3624 / 3625 (Chinese standard)

DIN 17861 (German Standard)

ISO 6892 (Tensile Test)

ISO 6507 (Hardness Test)

ISO 9712 (Non-destructive testing standard)

Testing documents (available)

Material certificate (MTC / EN 10204 3.1)

Tensile Test Report

Non-destructive testing report (NDT)

Third party inspection report (SGS / BV / TUV)

Dimensional Inspection Record Sheet

1.Chemical Processing Industry

Heat exchangers and condensers

Piping systems for acids, chlorides, and alkalis

Reactors and pressure vessels

2.Aerospace and Aviation

Hydraulic and fuel lines in aircraft

High-strength tubing for structural components

Exhaust and engine components

3.Medical Applications

Surgical instruments and orthopedic implants

Dental implants and prosthetics

Medical gas supply systems

4.Marine Engineering

Desalination equipment

Offshore oil & gas piping

Shipboard cooling systems

5.Heat Exchangers and Condensers

Titanium tubes are ideal for use in tube-and-shell heat exchangers due to their resistance to fouling and corrosion in seawater and aggressive fluids.

6.Nuclear and Power Generation

Steam generator tubes

Nuclear waste containment piping

Cooling systems under high pressure