Our titanium substrates are dedicated build platforms for metal 3D printing and additive manufacturing processes including SLM, DMLS and LPBF. We adopt Grade 2 commercially pure titanium and Grade 5 Ti‑6Al‑4V titanium alloy raw material in accordance with ASTM B265 specification. Every titanium substrate goes through precision grinding and stress relief treatment to achieve excellent flatness, which is critical to stabilize the first layer bonding and reduce thermal deformation during laser melting. Compared with steel or aluminum substrates, titanium substrates match the thermal properties of titanium powder better, greatly lowering the risk of part curling, delamination and failure. These AM build substrates are widely adopted in aerospace component printing, medical implant & dental additive manufacturing, automotive lightweight R&D and laboratory research. We support custom drawing processing, small trial batches and bulk production.
| 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 |
Length: Customized available Thickness:35mm-70mm |
| 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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