Metals & advanced materials
Titanium Products
Titanium from ingot to finished equipment, melted, worked and fabricated under a traceability chain that survives a decade of audits.
Made at Suzhou · Ningbo
Development and manufacture
Titanium is unforgiving of process shortcuts, and most of what separates a good supplier from a bad one happens before anything is machined. We melt by vacuum arc remelting, twice for critical grades, and control interstitial oxygen and iron tightly because they set both strength and ductility. Every heat is tested and every product is traceable back to it — for medical grades, back to the individual bar.
Fabrication is where titanium is most often spoiled. Welding is done under trailing shield and, for pressure equipment, in purged chambers with colour-checked weld backs, by welders qualified to the specific procedure. Our own laboratory does the chemistry, mechanical testing and ultrasonic inspection, so a certificate reflects a measurement made here rather than one passed along.
Product scope
Ingots and bars
Grade 1, 2, 5, 7, 9 and 12 ingots, billets and bars, VAR melted and forged or rolled to size with full heat traceability.
Tubes, plates and sheets
Seamless and welded tube, hot and cold rolled plate and sheet, pickled or descaled, in commercially pure and alloy grades.
Wire and forgings
Drawn wire for welding and fasteners, plus closed-die and open-die forgings, ring rolled and heat treated to specification.
Heat exchangers and condensers
Shell-and-tube and plate exchangers in titanium for seawater, brine and aggressive chemical service.
Titanium anodes
Mixed metal oxide and platinised anodes for electroplating, electrolysis, cathodic protection and water treatment.
Medical alloy blanks
Ti-6Al-4V ELI bar and blanks for bone screws, plates and implants, supplied to ASTM F136 with full test reports.
High-pressure reactors
Titanium-clad and solid titanium reactors, autoclaves and columns, fabricated and certified for pressure service.
Held in production
What the line holds, and how we know.
These are figures sustained across a production run rather than a best-case first article, each with the instrument or test that produces it.
| Characteristic | Held in production | Verified by |
|---|---|---|
| Grade 5 tensile strength | ≥ 895 MPa | Tensile test per heat |
| Oxygen content, Grade 5 | ≤ 0.20%, ELI ≤ 0.13% | Inert gas fusion analysis |
| Iron content, Grade 5 | ≤ 0.40%, ELI ≤ 0.25% | Optical emission spectrometry |
| Tube outside diameter | ±0.10 mm | Laser gauge and micrometer check |
| Weld soundness | No indication above reference | Radiography and ultrasonic testing |
| Surface contamination | No alpha case | Metallographic section and microhardness |
Built and released against
- ASTM B265, B348, B338 and B381 titanium mill products
- ASTM F136 and ISO 5832-3 for surgical implant alloy
- AMS 4928 and AMS 4911 aerospace specifications
- PED 2014/68/EU and ASME Section VIII for pressure equipment
- EN 10204 3.1 and 3.2 inspection certificates
Who buys it
- Chemical and petrochemical plant
- Desalination and seawater cooling
- Electroplating and electrowinning
- Medical implants and instruments
- Aerospace structures and fasteners
- Marine and offshore equipment
Related work
Neighbouring industries.
Programmes often cross these lines. Where a part touches more than one of them, a single engineer owns the whole thing rather than handing it between departments.
All industriesSend a drawing or a specification.
An engineer from the titanium products team replies within one business day with feasibility, the line it would run on, the tooling route and an indicative delivered cost.