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The key unique advantages of this 2024 aluminum round bar include its high tensile strength of 470 MPa minimum after heat treatment, making it suitable for heavy-duty load-bearing applications. Its T3 temper treatment (solution heat treated and naturally aged) provides excellent fatigue resistance, reducing the risk of component failure under repeated stress. Its hot extruded production process ensures consistent dimensional accuracy, reducing post-production machining work for fabricators. We offer custom cut lengths and diameter options to match exact project requirements, and all products undergo strict quality inspection to meet ASTM B211 standards. Its good weldability allows for easy joining with other aluminum components, reducing assembly time for structural fabrication projects.

Technical specifications include: Alloy Grade 2024-T3, round cross-section with diameter ranging from 15mm to 150mm, standard length of 2500mm with custom cut sizes available, minimum tensile strength of 470 MPa, minimum yield strength of 325 MPa, minimum elongation of 10%, production process of hot extrusion followed by solution heat treatment and natural aging, surface finish of mill bright, compliance with ASTM B211, ISO 9001 and RoHS standards, packaging using waterproof plastic wrap and wooden pallets, available in both small individual pieces and bulk quantities for aerospace and heavy equipment manufacturers.

This 2024-T3 aluminum structural round bar is ideal for a wide range of heavy-duty structural applications, including aircraft fuselage frames, truck chassis components, heavy equipment structural parts, industrial robot arms, and competitive racing vehicle components. It is suitable for aerospace suppliers, heavy equipment manufacturers, racing team fabricators, and machine shops looking for high-strength aluminum stock for heavy-duty projects. Its excellent fatigue resistance makes it perfect for applications where components are subjected to repeated stress, and its high strength-to-weight ratio reduces overall equipment weight, improving performance and fuel efficiency.