Description

Specifications Table

Product Name – Aluminum foil, 0.5mm (0.02in) thick, annealed, Puratronic|r, 99.9999% (metals basis)
Quantity/Pack Size – 100x100mm, 100x500mm, 50x50mm
Form – Foil
Grade – Puratronic, 99.9999% (metals basis)
Application – High-precision lab experiments, corrosion-sensitive applications

Product Overview

This high-purity aluminum foil, with a 99.9999% metals basis purity, is annealed for enhanced malleability and uniformity, making it ideal for demanding laboratory applications. The 0.5mm (0.02in) thickness ensures durability while maintaining flexibility, allowing for easy handling and precise cutting. Its Puratronic grade guarantees minimal impurities, reducing the risk of contamination in sensitive experiments. The foil’s chemically inert nature and corrosion resistance make it suitable for environments requiring stable, non-reactive materials. Whether used as a protective barrier, a sample holder, or a conductive layer, this aluminum foil delivers consistent performance. Its uniform thickness and smooth surface finish further enhance its reliability in critical lab procedures. The foil is available in multiple sheet sizes to accommodate various experimental setups, ensuring versatility without compromising quality.

FAQs

1. What is the thickness tolerance of this aluminum foil?

The foil has a nominal thickness of 0.5mm (0.02in) with a typical tolerance of ±0.01mm, ensuring precision in lab applications.

2. Can this foil be used in high-temperature applications?

Yes, the annealed aluminum foil can withstand moderate temperatures, but prolonged exposure above 200°C may affect its structural integrity.

3. Is this foil compatible with acidic or alkaline solutions?

While aluminum is generally resistant to mild acids and bases, strong corrosive agents may degrade the foil over time.

4. What is the difference between Puratronic and standard aluminum foil?

Puratronic-grade aluminum foil has a 99.9999% purity, significantly reducing trace impurities compared to standard foil, which is critical for sensitive experiments.