Technical Characteristics of Titanium Elbows
规格明细 Detailed specification |
Name | specification | Material | Standard | Size range | Remark |
Elbow | 45°,R=1.5D | TA1,TA2,TA9, TA10,GR1,GR7, GR12,GR16, N5,N6,N7,UNS N02201, UNS N02200,Monel 400, Inconel 625,Hc276,Zr702,Zr705 | GB/T27684 GB/T12459 ASME B16.9 ASME B16.11 | Ф18~Ф114.3(1/2” ~4”),the thickness from2mm to 9mm. Ф133~中1524(5" ~60")3mm~30mm. Welded Ф133~Ф1524(5”~60”),the thickness from3mm to 30mm. | Non standard products can be produced according to customer's requirements or drawing |
90°,R=1.5D |
90°,R=1.0D |
90°,R=3D |
180°,R=1.5D |
180°,R=1.0D |
Technical Characteristics of Titanium Elbows
Titanium elbows, formed from high-purity Ti/Ti-alloys (e.g., Gr2/Gr5) via precision cold-forming/hot-push processes, serve as critical flow-direction components in piping systems. Key advantages include:
1. Superior Media Compatibility: Withstands extreme corrosives (boiling HCl, seawater, chlorides), offering 10x+ lifespan vs stainless steel
2. Fluid Dynamics Optimization: Mirror-polished interior (Ra≤0.8μm) reduces turbulence, boosting flow efficiency by 15%+
3. Topological Flexibility: Supports 30°-180° custom angles for complex layouts
4. Lightweight Integration: 60% density of steel, drastically cuts structural loads
Critical Applications:
- Subsea oil/gas: Resists H₂S corrosion at 3000m depth
- Nuclear plants: Low thermal neutron absorption ensures radiation safety
- Pharma GMP pipelines: Zero metallic ion contamination
- Aerospace fuel systems: Stable performance from -196°C to 550°C
Requires specialized processes like laser-tracked straightening to control springback. Despite higher cost, remains irreplaceable for high-purity/ultra-corrosive media transfer.