Bronze Round Tube PB1 Mill Finish 103.1mm OD x 24.6mm ID, 38.1mm Wall, 71.83kg/m, Fair Weldability, Good Corrosion Resistance - Linear Metre

This high-quality bronze round tube offers good corrosion resistance and fair weldability. Its outer diameter is 101.6mm (or 103.1mm for supplied products), and the internal diameter for supplied products is 24.6mm. This mill finish tube weighs 71.83kg per metre.

Material: Bronze (PB1) - This indicates that the tube is made of bronze, specifically PB1, suggesting a specific alloy composition with copper as the primary component.

Outside Diameter (Supplied): The tube is supplied with an outside diameter of 103.1mm, allowing for potential machining or finishing.

Weldability: Described as "Fair," implying that the material can be welded, but it may require more careful handling and specific welding techniques compared to materials with excellent weldability.

Internal Diameter (Supplied): The tube has an internal diameter of 24.6mm, which is the inner dimension of the tube.

Shape: Tube / Pipe - The cross-sectional shape of the tube is cylindrical.

Corrosion Resistance: Good - Indicates that the material has a good resistance to corrosion, making it suitable for applications where exposure to moisture or corrosive environments is expected.

Diameter: The actual outside diameter of the tube is specified as 101.6mm (4").

Finish: Mill Finish - This implies that the surface of the tube is left in its as-machined or as-rolled state, without any additional surface treatment.

Grade: PB1 - This is the specific grade designation for the Bronze material, indicating its particular alloy composition and properties.

Thickness: The thickness of the tube is specified as 38.1mm, indicating the overall thickness of the tube wall.

Wall Thickness: The wall thickness of the tube is also specified as 38.1mm, providing information about the thickness of the tube's sidewalls.

Weight/Metre (Kg): The weight of one meter of the tube is specified as 71.83 kilograms, providing an indication of the material density.

Specifications