Titanium Forging Shafts supplier,Grade 5 Titanium Forging Shaft,Titanium Alloy Shaft Forging,ASTM B381 Titanium Forged Shaft,Custom Titanium Forged Shaft

Titanium Forging Shafts

Grade: Gr1, Gr2, Gr5 (Ti-6Al-4V), Gr7, Gr23 (Ti-6Al-4V ELI)

Standard: ASTM B381, ASTM B348, AMS 4928 (Ti-6Al-4V)

Length: Up to 6 meters (depending on diameter)

Diameter: 20 mm – 600 mm (customization)

Processing: Hot forging + rough or finish machining

Forging Type: Open die forging, rotary forging

Surface Finish: Rough forged, peeled, turned, or CNC machined

Product Description

We supply titanium forgings, including titanium discs, titanium short bars, titanium shafts, titanium sleeves, titanium rings, titanium round and rectangular blocks.

Our Titanium Forged Shafts are high-performance components manufactured through advanced open die forging or rotary forging processes using premium titanium alloys such as Gr5 (Ti-6Al-4V), Gr2, Gr9, and Gr23. These precision titanium shafts offer an exceptional combination of high strength-to-weight ratio, excellent fatigue resistance, and superior corrosion resistance, making them ideal for aerospace, marine, medical, and industrial applications.

Each titanium forged shaft is engineered for rotating and structural applications where strength, precision, and reliability are critical. We offer custom titanium shafts in stepped, straight, tapered, or splined configurations with full UT/PT inspection and machining options.

Typical Size Titanium Forging Shafts

Item	Typical Range	Notes
Diameter	20 mm-600 mm	Common range Ø40–Ø300 mm, customized available
Length	100 mm-6000 mm	≤ 3000 mm is standard; longer shafts require special handling
Tolerance	As per ASTM B381 or customer requirement	Finish machining tolerance per ISO 2768 or drawing
Concentricity	≤ 0.1 mm/m (typical)	Precision shafts may require ≤ 0.02 mm
Surface Finish	Ra 3.2-0.8 μm	Depends on application (bearing or sealing surfaces may need finer)
Weight	5 kg-2000+ kg	Can be calculated based on material and dimensions

Custom Titanium Forging Shaft is acceptable.

Titanium Forged Shaft – Manufacturing Process

Raw Material Inspection➔Billet Cutting➔Heating➔Forging(upsetting + drawing to shaft form)➔Intermediate Annealing(If required)➔Straightening➔Rough Machining➔Heat Treatment(according to request)➔ Final Machining➔NDT (Ultrasonic / PT) + dimensional

inspection➔Marking & Packaging

1. Raw Material

2. Cutting & Preforming/Titanium Billet Cutting
Titanium billets are saw-cut to length for the required shaft size
Preforming into cylindrical or stepped blanks

3. Heating(Hot Forging Titanium, Titanium Heating Furnace)
Billets are heated in a controlled furnace (850–950°C) for optimal forgeability.

4. Forging(upsetting + drawing to shaft form)
Open Die Forging or Rotary Forging
Shafts are forged using open die hammering or rotary swaging for precision shaping.
Forging achieves refined grain structure and directional strength.

5. Heat Treatment(Titanium Annealing, Heat Treated Forged Shaft)
Annealing or solution treatment is applied for stress relief and mechanical uniformity.
Especially required for Gr5 titanium shafts used in aerospace applications.

6. Straightening(Straight Titanium Shaft/Rough Machined Shaft)
Shafts are straightened and turned to meet concentricity and straightness tolerances.

7. Finish Machining(CNC Machined Titanium Shaft, Precision Forged Titanium Shaft)
CNC finish machining for stepped, splined, or threaded ends

8. NDT (Ultrasonic / PT) + dimensional inspection(UT PT Tested Titanium Shaft, ASTM B381 Testing, Flaw-Free Forging)
Final dimensional, mechanical, and surface quality checks.

9. Packaging & Delivery(Export Packed Titanium Shaft, Titanium Shaft for Sale)
Rust-proof packaging and steel frame crating for export shipping