Aluminum pipes are hollow, cylindrical metallic tubing available in core grades including 1060 (commercially pure aluminum for general fluid transfer), 3003 (corrosion-resistant alloy for humid or marine settings), 5052 (wear-resistant grade for low-pressure systems), and 6061 (high-strength heat-treatable alloy for structural frameworks). They support surface treatments like anodizing (for enhanced anti-corrosion), polishing (for aesthetic finishes), and powder coating (for color customization), with outer diameters ranging from 6mm to 200mm, wall thicknesses of 0.5mm–10mm, and standard lengths of 6m (custom sizes offered for tailored projects).

Applications span broad sectors: in aerospace, they form hydraulic lines and aircraft cabin frame tubing; plumbing and HVAC industries use them for potable water pipes and refrigerant lines; automotive manufacturing relies on them for fuel and brake lines, plus engine cooling systems; electronics sectors adopt them for heat dissipation tubes and sensor housings; they also serve as structural supports for furniture, tent poles, and industrial scaffolding.

Prior to installation, pipes must be cleaned to remove internal debris and surface oil, with inspections for wall thickness uniformity and coating defects. Connection methods vary by use case: compression fittings for quick, detachable joints in plumbing; TIG welding for airtight, load-bearing aerospace or automotive systems; and threaded couplings for low-pressure fluid transfer. Outdoor installations require thermal expansion gaps to prevent warping from temperature shifts.

Daily maintenance is simple: wipe external surfaces with neutral detergent, clear internal clogs with non-abrasive tools, and store unused pipes in dry, ventilated spaces to prevent internal oxidation, ensuring reliable performance for 15–20 years with proper care.