Cold Rolled Ti Foil Grade 5 0.4 mm
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» Zirconium 702 / 705 Mechanical Properties
Table 4 lists physical property data for Zirconium alloys. The modulus of elasticity of Zirconium alloys decrease rapidly at elevated temperatures as shown in Table 4. Zirconium alloys have a density that is over 20% less than nickel and iron based stainless alloys.
Table 5,6 and 7 show the typical longitudinal mechanical properties data for Zirconium alloys in the annealed condition. The data shown are the average of the longitudinal and transverse values at specific temperatures. The yield strength and elongation data were determined using the 0.2% offset method. Like most non-ferrous metals, Zirconium alloys exhibit a gradual transition from elastic to plastic behavior. Some of the physical and mechanical properties of Zirconium are affected by its anisotropy. These properties include thermal expansion, yield strength,ultimate tensile strength, elongation,notch toughness, and bend ductility and their magnitudes vary with the direction of the material.
The ductility in both Zirconium alloys increases significantly with temperature. This improved ductility combined with a lower yield strength at 400 °F provides improved conditions for severe forming operations. Zirconium alloys work harden rapidly.
A stress relief heat treatment at 565 °C (1050 °F ± 50 °F)for 1/2 to 1 hour at temperature can be utilized to relieve the residual stresses.