Activity

titanium bar gr5 Original Title: Titanium Alloy (Ti6Al4V) Metal Powder 3D Printing Material Titanium alloy (Ti6Al4V) The component is Ti6AAlV4 (titanium six aluminum four vanadium), the material has small specific gravity and light weight, and has very good mechanical property and corrosion resistance,ti6al4v, and is suitable for the fields of aerospace and automobile manufacturing. The known material has the advantages of very small specific gravity,titanium tubing price, light weight, very good mechanical property and corrosion resistance, and is suitable for the fields of aerospace and automobile manufacturing. General technical parameters: Technical data General processing data Achieve part accuracy of ± 50 microns Minimum wall thickness approximately 0.3-0.4 mm (0.012-0.016 in.) Surface roughness Ti64_30_030_default.job Ra 9 – 12 μm, ti6al4v eli ,titanium plate gr7, Rz 40 – 80 μm Ti64 Performance (30 μm)Ra 0.36 – 0.47 x 10-3 inch, Rz 1.6 – 3.2 x 10-3 inch Ti64 Speed 1.0 (60 μm)9 mm3/s (32.4 cm3/h) 1.98 in3/h Floor area ratio Ti64_30_030_default.job3.75 mm3/s (13.5 cm3/h) Ti64 Performance (30 μm)0.82 in3/h Ti64 Speed 1.0 (60 μm)9 mm3/s (32.4 cm3/h) 1.98 in3/h Physical and chemical properties of the part The material composition is titanium Aluminum (5.5-6.75 wt%) Vanadium (3.5-4.5 wt%) Oxygen (less than 2000 ppm) Nitrogen (less than 500 ppm) Carbon (less than 800ppm) Hydrogen (less than 150ppm) Iron (less than 3000 ppm) Relative density about 100% Density 4.41 grams per cubic centimeter 0.159 pounds per cubic inch Mechanical property of the part: Forming heat treatment Ultimate tensile strength Horizontal (XY) 1230 ± 50 MPa 178 ± 7 ksi 930 MPa (134.8 ksi) min 1050 ± 20 MPa (152 ± 3 ksi) Vertical (Z) 1200 ± 50 MPa 174 ± 7 ksi 930 MPa (134.8 ksi) min 1060 ± 20 MPa (154 ± 3 ksi) Yield strength (Rp0.2) Horizontal (XY) 1060 ± 50 MPa 154 ± 7 ksi Min 860 MPa (124.7 ksi) 1000 ± 20 MPa (145 ± 3 ksi) Vertical (Z) 1070 ± 50 MPa 155 ± 7 ksi 860 MPa (124.7 ksi) min 1000 ± 20 MPa (145 ± 3 ksi) Elongation at break Horizontal (XY) (10 ± 2)% min 10% (14 ± 1%) Vertical (Z) (11 ± 3)% min 10% (15 ± 1%) Modulus of elasticity Horizontal (XY) 110 ± 10 GPa 16 ± 1.5 Msi 116 ± 10 GPa 17 ± 1.5 Msi Vertical (Z) 110 ± 10 GPa 16 ± 1.5 Msi 114 ± 10 GPa 17 ± 1.5 Msi Hardness 320 ± 12 HV5 Maximum long-term operating temperature approx. 350 ° C approx. 600 ° F Expand the full text Model of 3D printer used for titanium alloy (Ti6Al4V) metal powder 3D printing material: German EOS Metal 3D Printer: M290 (click for details) Renishaw Metal 3D Printer, UK: AM250 (click for details) Creative Intelligent 3D Printing Cloud Service Platform Recommendation: 3D printing titanium alloy material, precision can reach 0.1 ~ 0.2mm, we use Germany EOS or Britain Renishaw imported equipment, imported materials, to ensure product accuracy and quality