Our titanium powder rod for 3D printing（Additive Manufaturing）is manufactured from high-purity titanium and titanium alloy raw materials, including Grade 2 pure titanium, Grade 5 Ti6Al4V (TC4), Ti6Al4V ELI and other customized grades. It serves as the feedstock rod for plasma atomization, EIGA, PREP powder making equipment, used to produce spherical titanium metal powder for additive manufacturing.
We strictly control chemical composition, internal metallurgical structure and surface quality. The rod features uniform grain structure, low gas content (low oxygen, nitrogen and hydrogen), smooth surface without cracks, pores, inclusions or segregation, stable feeding performance during atomization. Consistent diameter and straightness guarantee continuous, stable production of spherical powder with good flowability and narrow particle size distribution.
Widely applied for aerospace, medical implant, dental, automotive and industrial 3D printing powder production. We support custom diameter, length, alloy grades and surface finish according to customer’s powder-making machine requirements. Full material test reports (MTR) are available.
| Material | Gr1/Gr2/Gr5/Gr9/Gr23/Ti6242 etc. |
| Standards | Customized processing according to customer requirements |
| Production Process | VAR Melting → Forging → Rolling → Precision Machining / Stress Relief Annealing |
| Size | Dia: φ30–φ100mm; Length: 400–1000mm (Customized available) |
| Surface Roughness | Machined Ra ≤3.2μm, No crack, fold, inclusion or surface defect |
| Grain Size | Uniform grain 30–150μm |
| Density | Theoretical density ≥4.42g/cm³ (Pure Ti), alloy density as per grade |
| Melting Point | 1668℃ (Pure Titanium), varies for Ti alloy grades |
| Service | Flexible Customization / Strict Quality Control / After-Sales Service: 12-month quality guarantee; if the rod has quality problems (such as internal segregation, cracks, out-of-tolerance oxygen content), we provide free replacement and bear the logistics cost. |
| Application | PREP / EIGA / PA Atomization Powder Making, Raw material for 3D printing spherical metal powder, Aerospace, Medical, Automotive Additive Manufacturing |
| Advantage | Ultra-Low Interstitial Elements (O, N, H), Homogeneous Composition, Stable Melt State, Less Satellite Powder, Low powder oxygen increment, High consistency batch by batch |
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