ASTM A500 GR.B Galvanized Rectangular Steel Tubing

Galvanized rectangular tubing provides a variety of properties that are great for industrial applications. It offers a lower initial cost and its longevity makes it perfect for applications in even harsh environments. Because of the galvanized coating, this rectangular tubing is rugged enough to resist damage from assembly and operation.

Because of its durability and corrosion-resistance, galvanized rectangular tubing is used for a variety of structural applications. It is found often in manufacturing, fabrication, and construction projects, especially in pipes, fittings, roofs, and air-conditioning equipment.
 

Galvanized rectangular tube is made in both A513 grade steel and A500 grade steel, depending on the size, and has been hot dipped into a molten zinc material.

A500 Structural Rectangular Steel Tubing

ASTM A500 Rectangular steel tubing is made from carbon steel and is a good choice for structural applications. It is available in square, rectangular, or round configurations. Several grades are offered:

• Grade A (39,000 PSI Min. Yield)
• Grade B (46,000 PSI Min. Yield)
• Grace C (50,000 PSI Min. Yield)

Chemical Composition of A500 Steel Tube

The carbon steel used to manufacture A500 steel tubing is composed of mostly iron but also includes carbon, manganese, phosphorus, sulfur, and copper. The exact mix of these materials will vary depending on your selected grade.

How A500 Steel Benefits Your Assembly

A500 steel is an advantageous choice for building projects across industries. A few of the most notable benefits include:

• High degree of weldability
• High-strength capabilities
• Excellent machinability
• Ability to be cold worked
• Aesthetically pleasing finish

The Best Applications for A500 Steel Tube

A500 steel tube is a versatile option for many building projects. Its high-strength capabilities and durability allow it to withstand exposed environments, extreme conditions, and other factors unique to your planned application. A500 steel tube is often used to build:

• Bridges
• Buildings
• Skeletal support and framework for projects of all sizes
• Welded, riveted, or bolted structures