GR5 Titanium Rods

• High strength and lightweight: The tensile strength is ≥ 895MPa, the yield strength is ≥ 825MPa, the density is only 4.43g/cm ³, and the specific strength is more than twice that of 316L stainless steel. For example, under the same strength requirements, GR5 titanium alloy rods can reduce weight by 40%, significantly improving equipment energy efficiency.
• Excellent corrosion resistance: It exhibits outstanding performance in seawater, salt spray, and weak acid-base media..
• Strong process adaptability: Supports forming methods such as hot forging, hot rolling, and cold drawing. After solid solution and aging treatment, the strength can be increased to 1100MPa. The surface is polished/polished, and can be customized with specifications ranging from 6mm to 350mm and up to 3000mm.

• Aerospace: Aircraft landing gear, engine compressor blades, rocket fuel storage tanks, operate stably in an environment ranging from -253 ℃ to 550 ℃ for a long time.
• Medical field: artificial joints, spinal internal fixation systems, dental implants.
• Ocean Engineering: Deep sea pressure resistant shells, seawater desalination equipment pipelines, with stable corrosion resistance in high-pressure environments at depths of 5000 meters.
• New energy equipment: hydrogen fuel cell bipolar plate, wind power gearbox shaft, reducing weight by 30% while improving corrosion resistance life by more than 5 times.

Technical Parameter

• Chemical composition: Al 5.5-6.75%,V 3.5-4.5%,Fe≤0.30%,O≤0.20%, Complies with ASTM B348 and AMS 4928 standards;
• Mechanical properties: elongation ≥ 10%, cross-sectional shrinkage ≥ 25%, low-temperature impact energy ≥ 48J at -196 ℃;
• Certification support: ISO 9001.

Quality Assurance

• Adopting vacuum consumable arc furnace melting+multi-directional forging process to ensure uniform and dense grain size, the entire process passes ultrasonic testing, fluorescence penetration testing, and third-party mechanical performance testing.
• Choosing this product can replace traditional stainless steel and nickel based alloys, reducing equipment weight while increasing fatigue life by more than three times, providing a reliable solution for high load and strong corrosive environments.