Mild steel angles are widely used in different sectors and building projects due to their adaptability and structural strength. They are frequently employed as structural components in building frames, supports, and bracing systems, providing structural stability and reinforcement. Mild steel angles are also used to manufacture equipment, machinery, and vehicles because of their strength and resistance to bending and twisting pressures. They act as framing components in architectural designs, providing practical support and aesthetic appeal. Their low cost and simplicity of manufacture make them a popular alternative for various engineering and construction applications.

There are several types of Mild Steel Angles, two of which are explained, and the rest are mentioned in the table below. L shaped Angle: L shaped angles, or "angle iron" or "angle bar," are 90 degree angles that produce an L shape when viewed in a cross section. Typically, both legs of the angle are the same length. However, uneven leg lengths are also possible. L shaped angles are widely employed as structural components in construction, supporting and stabilising frames, bracing systems, and architectural designs. They are frequently welded, bolted, or riveted to other structural components to provide strong connections. L shaped angles are adaptable and used in various applications, including building construction, manufacturing, equipment, and automobile manufacturing. T shaped Angle: T shaped angles, often known as "tee bars" or "T sections," have a cross section that resembles the letter "T." These angles have a vertical stem (the web) crossing a horizontal top (the flange), generating a T shape. T shaped angles are widely employed in structural engineering to design supports, beams, and columns. The horizontal flange provides load bearing capability, and the vertical stem provides stability and bending resistance. They are commonly used in construction projects that require a robust and rigid structure, such as bridges, buildings, and infrastructure. T shaped angles

High strength to weight ratio, resulting in structural stability with little material use. Excellent weldability and machinability enable easy construction and customisation. They are more cost effective than other structural materials, making them ideal for construction projects. Applications are versatile throughout industries such as construction, manufacturing, and automotive. Resistance to corrosion and environmental deterioration ensures long term endurance under various working circumstances.