6063 Thick Wall Aluminum Round Tube

Our thick-wall aluminum round tubes are extruded from premium 6063-T5 aluminum alloy, featuring thick uniform wall and smooth polished inner & outer surfaces. Complete OD and wall thickness specifications are in stock, custom length cutting service is available. The heavy wall structure delivers outstanding compression and impact resistance, with natural lightweight and anti-corrosion performance. Easy to machine, drill, weld and anodize, tight dimensional tolerance ensures precise assembly. Ideal for heavy-load mechanical parts, hydraulic pipelines and outdoor structural supports, maintaining stable mechanical performance under long-term heavy working conditions.

product details

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Specifications

Item	Aluminum Round Tube
Brand	Aolijie
Material	6063 \ 6061 \ 6060
Temper	T5/T6
Thickness	0.8-5.0mm
Length	6m （ customizable)
Surface treatment	Mill finish \ Power coating \ Anodizing \ Electrophoresis \ Fluorocarbon coating \ Wood grain, etc.
Color	According to customer requirements (customizable)
Service support	Drilling \ Milling \ Cutting \ Welding \ Bending \ Assembling \ CNC
Packing details	Inside: packed with protective film to protect each piece
Packing details	Outside:wrap to be bundles by shrink plastic bag
Delivery time	Die developing and sample testing :7-10 days
Delivery time	Mass production completed :15-30 days
MOQ	500kg

surface treatment

Product application

These heavy-duty thick-wall aluminum pipes are widely adopted for high-load industrial manufacturing projects. They serve as mechanical shaft sleeves, hydraulic fluid conveying pipelines and heavy equipment support legs for machinery, auto and hydraulic factories. Perfect for large outdoor solar brackets, heavy greenhouse support poles and construction load-bearing handrails thanks to superior structural strength and rust resistance. Also applied to large laboratory test frames, logistics heavy-load roller shafts and automation equipment main beams. The thick wall design greatly improves bearing capacity, avoiding deformation under heavy pressure. Various customizable sizes satisfy both mass machinery production and customized engineering heavy structural demands, lowering overall transport weight compared with steel pipes.