ASTM A500 Carbon Steel Pipes

ASTM A500 GRA/ B /C/D Welded pIPE

1. ASTM A500 pipes are cold formed and can be produced round and square.
2. The production process of the pipe includes: welded pipe and seamless pipe, and the material is carbon steel.
3. Tianjin Shenzhoutong strictly follows the ASTM production standards, and we have obtained several certificates to guarantee the quality of the pipes.
4. ASTM A500 is mainly used in structural and architectural scenarios as a support component.
5. Tianjin Shenzhoutong providing you with the most cost-effective ASTM A500 hollow sections on the mark

ASTM A500 STEEL PIPE

Standard

ASTM A500

Grades

Gr.A/ B /C/D

Type

ERW/LSAW/SSAW/SMLS

ASTM A500 Grade A/ B /C/D Pipes

We offer ASTM A500 Carbon Steel Hollow Sections in various steel grades including Grade A, Grade B, Grade C, Grade D.

Each grade has specific chemical and mechanical properties making them suitable for different applications.

Grade A is commonly used for structural and construction purposes, while Grade B is used for high-strength applications.

Grades C and D are used for more demanding applications requiring higher strength and toughness.

Differences in ASTM A500 Grade A/ B /C/D Pipes

ASTM A500 Grade Ais made of low carbon steel with a minimum yield strength of 160MPa and low mechanical properties. It is mainly used for non-load-bearing structural engineering with low pressure resistance.
ASTM A500 Grade Bhas a minimum yield strength of 315MPa, and has good mechanical strength and stability to withstand loads in building structures.
ASTM A500 Grade Chas a minimum yield strength of 345MPa, excellent tensile strength and yield strength, and is widely used in the field of building structures.
ASTM A500 Grade Dis less used. High mechanical performance requirements, suitable for structural fields under extreme load conditions.

ASTM A500 Standard Mechanical Properties

The mechanical properties of ASTM A500 Hollow profiles are designed to meet ASTM standards. Round, square, rectangular and special tubular shapes have excellent mechanical properties such as yield strength and elongation