5052 Aluminum Square Tube

5052 aluminum square tubes are high-quality rust-resistant aluminum alloys with significant advantages in comprehensive applications. The material has excellent salt spray resistance and corrosion resistance, allowing it to withstand long-term outdoor humid and harsh coastal environments. It has good plasticity and ductility, making bending, punching, and welding easy, and has strong processing adaptability. The tubes are lightweight, with good toughness and structural stability, and are not easily deformed due to shock and pressure, resulting in a long service life.

Its advantages are particularly prominent in the new energy field, and it can be used to manufacture photovoltaic brackets, energy storage equipment frames, and supporting components for new energy vehicles. Its lightweight nature reduces equipment load, its excellent weather resistance withstands sun and rain, its processing and assembly are flexible, and its durability is further improved after protective treatment, meeting the material selection standards for long-term service and energy saving and weight reduction in new energy equipment.

5052 Aluminum Square Tube Processing Cases

1. Offshore Platform Support Frame (Shipbuilding/Marine Engineering)

Material: 5052-H32 Aluminum Square Tube 80×80×3mm

Processing: 12m length, beveling, argon arc welding, anodizing (seawater resistant)

Results: No significant corrosion in salt spray environment for 5 years, load-bearing capacity of 1.2 tons without deformation

2. Photovoltaic Power Station Bracket (Outdoor New Energy)

Material: 5052-O state 60×40×2mm Rectangular Tube

Processing: Laser cutting, 45° bending, punching, powder coating (UV resistant)

Results: Wind load resistance of 2.0kN/m², 8 years of outdoor service in good condition

3. Chemical Equipment Guardrail (Corrosive Conditions)

Material: 5052-H34 50×50×2.5mm Square Tube

Processing: CNC Drilling, tapping, segmented welding, fluorocarbon coating

Results: Resistant to acid and alkali corrosion; weld strength reaches 90% of the base material.