High Purity, Versatility, and Wide Application Range

Introduction:

The 1xxx series of aluminum is renowned for its exceptional purity, with a minimum aluminum content of 99%. This series is highly sought after for applications requiring superior corrosion resistance, excellent thermal and electrical conductivity, and remarkable formability.

Key Features of 1xxx Series Aluminum:

High Purity: Offers superior corrosion resistance and excellent conductivity.
Workability: Easy to form, weld, and machine, suitable for a wide range of applications.
Thermal Conductivity: Ideal for heat exchange applications.
Reflectivity: Perfect for decorative and reflective purposes.


Common Applications:

Electrical components, due to high conductivity.
Chemical processing equipment, thanks to corrosion resistance.
Food processing and packaging, for non-toxicity.
Architectural applications, for aesthetic appeal.


Top 10 Common Models in the 1xxx Series:

1050 Aluminum: Known for excellent corrosion resistance and formability.
1060 Aluminum: Offers high thermal conductivity, commonly used in heat sinks.
1100 Aluminum: Noted for its softness and ductility, ideal for complex forming operations.
1145 Aluminum: Excellent for foil applications due to its malleability.
1199 Aluminum: Highest purity, primarily used in electrical and chemical applications.
1350 Aluminum: Known for electrical applications, particularly in high-voltage power grids.
1200 Aluminum: Durable and workable, suitable for general fabrication.
1230 Aluminum: Optimized for chemical equipment due to its excellent corrosion resistance.
1275 Aluminum: Commonly used in reflective applications and lighting fixtures.
1080 Aluminum: High-purity aluminum, ideal for applications requiring maximum corrosion resistance.


Quality Assurance and Sustainability:

Our 1xxx series aluminum products are manufactured with precision and care, ensuring they meet the highest standards of quality. Committed to sustainability, we ensure our aluminum is recyclable, minimizing the environmental impact.