Continual Run - Anodised Aluminium Wall Board Section Satin Anodised 12.7mm (1/2")

The Continual Run with Satin Anodised Finish is a specialized wall board section designed for construction and architectural applications. Here is a detailed description based on the provided information:

Material: The continual run is constructed from aluminium, a material chosen for its lightweight properties, durability, and excellent corrosion resistance.

Weldability: Featuring poor weldability, this continual run may present challenges when attempting to join or weld it to other aluminium components during the fabrication process.

Formability: With poor formability, the continual run may have limited flexibility or malleability compared to other aluminium components. 

Machinability: The continual run has fair machinability, indicating that it can be machined or shaped to some extent to meet specific design requirements.

Shape: Specifically designed as a Wall Board Section for continual runs, this component is tailored for applications involving the construction or finishing of wall structures over extended lengths.

Corrosion Resistance: Boasting excellent corrosion resistance, this continual run is well-suited for use in environments where exposure to moisture or harsh weather conditions is a concern. 

Diameter: The continual run has a diameter of 12.7mm, defining its size and compatibility with other components in wall board sections.

Finish: The continual run comes with a Satin Anodised finish, achieved through an electrochemical process that not only provides a protective layer but also imparts a smooth and aesthetically pleasing satin appearance.

Grade: The continual run is made from aluminium alloy 6063, a commonly used grade known for its favourable combination of strength, corrosion resistance, and formability.

Internal Measurement: The internal measurement of the continual run is 12.7mm, providing additional detail about its dimensions.

Weight/Metre (Kg): The weight per meter of this continual run is 0.19 kg, serving as a measure of its density and assisting in determining its overall weight for logistical and installation purposes.