Aluminum Hexagon

Aluminum hexagons exhibit excellent thermal and electrical conductivity while being virtually non-magnetic, categorizing them as non-magnetic materials.

These hexagons are categorized based on the diameter of the circle inscribed inside the hexagon, as well as other parameters such as:

• Length
• Type of processing
• Production method

Production methods and techniques can involve hot-pressing or cold-forming. Finished hexagonal products may undergo processes like anodizing, drawing, plating, or artificial and natural aging.

Hexagons are classified according to their precision class:

• Ordinary
• Increased accuracy
• High accuracy

Applications:
Aluminum hexagons are particularly suitable for applications that involve high humidity and temperature fluctuations. They exhibit resistance to corrosion, do not develop dark spots on surfaces, and maintain their geometrical integrity at both high and low temperatures.

These hexagons find primary applications in the automotive, aerospace, mechanical engineering, shipbuilding, and electrical industries. They are also used in construction, architecture, radio-electronics, and instrument manufacturing.