Iran pushes aluminium value addition with advanced nanostructured coatings

Iran is expanding its domestic aluminium manufacturing capabilities through nanostructured anodising technology, developing specialised aluminium sheets and profiles for applications across aerospace, medical equipment, electronics and automotive industries. The initiative reflects a move towards higher-value aluminium products by improving the metal's surface properties and expanding its potential industrial applications.

According to Pars Today, citing Mehr News Agency, an Iranian aluminium complex is using the technology to produce aluminium components with nanostructured ceramic coatings designed to improve resistance to corrosion and wear. The complex is also working on developing specialised aluminium standards and has so far established eight standards in this field.

The development focuses on enhancing the performance and durability of aluminium products, allowing the lightweight metal to serve industries that require more specialised material properties.

Domestic production supports higher-value manufacturing

Expanding domestic production of surface-engineered aluminium products could also help Iran reduce its reliance on imported alternatives. Industrial users requiring aluminium components with specific surface properties may face additional procurement costs and longer lead times when sourcing specialised products from overseas suppliers.

Local manufacturing, provided it meets the quality standards and technical specifications required by end-user industries, could help address part of this demand while supporting the development of domestic industrial supply chains.

The initiative highlights the potential for aluminium producers to capture greater value through processing and surface engineering rather than relying solely on conventional metal products. By combining nanostructured coatings with specialised manufacturing standards, Iran's aluminium industry is seeking to strengthen its position in applications that require more advanced material performance.