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Compared with pure titanium foil, alloy titanium foil is superior to pure titanium foil in terms of high strength and high temperature resistance, which is widely used in automobile manufacturing, chemical industry and other working environments where high strength and high temperature are required.
| Performances | Alloy titanium foil (Grade 5) | Pure titanium foil (GR1/GR2) | Comparative advantages |
|---|---|---|---|
| Strength | Tensile strength ≥ 900MPa | Tensile strength ≥ 240MPa | Alloy titanium foils are significantly stronger. |
| High-temp Performance | Working temperature up to 600°C | Working temperature up to 500°C | Better performance at extreme high temperatures. |
| Lightweight | Density 4.43g/cm³ | Density 4.5g/cm³ | Very similar lightweight properties. |
| Corrosion resistance | Excellent acid, alkali and salt spray performance | Excellent acid, alkali and salt spray performance | Equal corrosion resistance; Alloy foil offers higher strength. |
| Cost | High | Low | More cost-effective in high strength and high temperature environments. |
GR5 Alloyed Titanium Foil has achieved a comprehensive improvement in performance while retaining the lightweight characteristics of pure titanium, making it the material of choice in the industrial sector.
Compared with pure titanium foil (GR1, GR2), its tensile strength is significantly improved, showing outstanding advantages in aerospace precision parts, automotive lightweight body and other scenarios with stringent strength requirements. At the same time, it retains the corrosion resistance of titanium metal genes and extends its service life by more than 30% compared with stainless steel in extreme environments such as strong acid and alkali, high salt spray, etc., significantly reducing maintenance costs.
What's more, Ti64 and other titanium alloy foils can maintain excellent mechanical properties at high temperatures up to 600℃, and have been successfully applied to automotive high-temperature exhaust systems and other cutting-edge fields, providing reliable protection for the extreme working conditions of modern industrial equipment.
