5083 5052 H32 60mm aluminum bar for boat

The 5083 and 5052 H32 60mm aluminum bars represent premium-grade marine aluminum specifically engineered for the rigorous demands of boat building and marine environments. These bars feature exceptional resistance to seawater corrosion, excellent strength-to-weight ratio, and enhanced formability due to their H32 tempering, making them optimal for structural components in ship hulls, decks, and hardware.

Features

• Thickness: 60 mm (2.36 inches), providing robust sectional strength adequate for structural firmness in marine engineering.

• Typical Alloys:

• 5083-H32 Aluminum Bar: Striking higher strength and exceptional stress corrosion cracking-resistance; widely favored in marine-grade construction.

• 5052-H32 Aluminum Bar: Known for superior corrosion resistance and electrical conductivity, offering excellent workability.

• Temper: H32 — strain-hardened and stabilized temper imparting medium strength and excellent corrosion resistance with some level of cold working.

• Corrosion Resistance: Outstanding resistance to saline and humid marine environments, hampering pitting and saltwater corrosion.

• Mechanical Strength:

• 5083-H32 tensile strength approximately 275-320 MPa with yield strength ~145-215 MPa.

• 5052-H32 tensile strength roughly 200-260 MPa with yield strength ~130-160 MPa.

• Workability: Excellent machinability and formability without reducing corrosion resistance, suitable for high precision weldments or bending.

Chemical Composition (w/w%)

Mechanical Properties at Room Temperature

Implementation Standards

• ASTM B637: Standard specification for high-strength wrought aluminum alloys in ingot form.
• AMS 4047: Aluminum alloy bars, forgings, and shapes standards suitable for aerospace and marine.
• ISO 209-1: Marine aluminum alloy standards for structural purposes.
• RoHS Compliance: Free from hazardous substances according to environmental requirements.

Application and Use Cases

• Boat Building: Constructing hulls, decks, supporting frames, brackets, cleats, and marine fittings.
• Shipbuilding: Corrosion-resistant machinery housings, superstructures, and bulkheads.
• Transportation: Elevated usage due to its high strength-weight ratio in marine trucks or vessels.
• Heavy Industrial Parts: Fabrication parts needing intact corrosion performance and toughness.

Temper Description - H32

2-Step partial hardening by strain plus naturally aged and stabilized to balance improved strength while maintaining significant ductility. The H32 temper:

• Resists unwarranted softening in estuarine or harbors’ environments.
• Typical stress exhaustion characteristics extend equipment life.

Storage, Handling, and Machining Tips

• Store the aluminum bar in a dry environment to minimize oxidation or surface degradation.
• Ideal machining conditions exist under moderate speeds and tooling with frequent lubricant use.
• Edge protection is essential while handling 60mm stock thickness to avoid accidental deformation.

Why Choose Our 5083 5052 H32 60mm Aluminum Bars?

With years of expertise supplying marine aluminum alloys to leading manufacturers, our product promises:

• Compliance certification and quality-assured metallurgical composition.
• Consistent dimensional tolerances and alloy tempering as per customer specifications.
• Expert technical support for alloy selection and processing parameters.

Ordering Information

• Dimension: 60 mm plain bars, can customize width and length upon request.
• Alloy availability: 5083-H32 & 5052-H32 stock ready.
• Shipment and Logistics: Packaging suited for moisture protecting and intercontinental shipping.

Contact Us

For quotation or technical consultation regarding 5083 5052 H32 60mm aluminum bars for marine applications, please reach out via email or phone. Our specialists ensure your project gets premium-grade aluminum products applying robust performance in a harsh marine setting.

Having optimized physical (60 mm thickness), chemical, mechanical properties suited to marine environments, these aluminum bars truly meet excellence benchmarks in today's aluminum shipbuilding material segment. Invest in the future of your boat engineering components with strength and corrosion endurance bonded in every billet.