1060 Aluminum Foil Sheet Strip Metal Flat Plate Thick 0.05-0.3mm Multiple Sizes

For EMI shielding or grounding straps, 0.05–0.1 mm is typically sufficient. For shimming or gasket applications where some mechanical rigidity is needed, 0.2–0.3 mm provides more body. If you need to bend the strip tightly around a radius smaller than about 5× the thickness, stay at 0.1 mm or thinner to avoid cracking.

Standard tin-lead or lead-free solder does not bond well to aluminum without a specialized aluminum flux or solder paste. For electrical connections, mechanical crimping, conductive adhesive tape, or aluminum-rated solder with active flux are more reliable approaches. Consult your flux manufacturer's datasheet for compatibility with 1060 alloy.

1060 aluminum forms a natural oxide layer that resists atmospheric corrosion well in sheltered outdoor environments. For prolonged direct exposure to rain, salt spray, or industrial chemicals, consider applying a clear lacquer or anodizing the strip. At these thin gauges, surface pitting from prolonged moisture exposure can compromise the strip's integrity over time.

For widths up to approximately 50 mm, sharp scissors or a craft knife with a metal straight-edge work well. For widths 50–150 mm, a rotary cutter or tin snips give cleaner edges. Widths above 150 mm are best cut with a guillotine shear or a circular saw fitted with a non-ferrous metal blade. Always deburr cut edges with fine sandpaper or a deburring tool before handling.

Yes. 1060 aluminum at even 0.05 mm thickness provides meaningful attenuation of electric-field components of EMI at frequencies from a few MHz upward. Effectiveness depends on how well seams and edges are bonded or overlapped. For magnetic-field shielding at low frequencies (below ~1 kHz), aluminum is less effective than mu-metal or silicon steel; consider your frequency range before selecting a material.

The 1-meter option suits prototyping, single-unit repairs, or projects where you need only a short run. The 5-meter option offers a lower per-meter cost and is practical for production batches, longer shielding runs, or when you anticipate needing the same size again. Both options ship as a continuous strip of the selected cross-section.

1060 aluminum has a thermal conductivity of approximately 222 W/(m·K), making it an effective heat spreader for low-to-moderate power applications. At 0.1–0.3 mm thickness, it can be sandwiched between a heat source and a heatsink with thermal interface material on each face. It is not a substitute for a dedicated vapor chamber or heat pipe in high-power scenarios.