Structural steel installation involves assembling steel components into a frame on site. The process includes lifting and placing each component into position, then connecting them securely through bolting or site welding. Proper alignment and sequencing are critical to ensure structural integrity throughout the erection process.

There are several methods used to join structural steel components, including welding, bolting, and riveting. Bolting is the most common approach on site due to speed and ease of inspection. Welding is used where a stronger or more permanent connection is required. The choice of method depends on the load requirements, design specifications, and site conditions.

Architectural metal fabrication is the process of designing and manufacturing metal components for building and construction projects. As experienced architectural steel fabricators, ATSB produces a wide range of structural and decorative metalworks, including cladding, facades, staircases, canopies, and support structures, all fabricated in-house to strict quality standards.

The most common metal fabrication processes include casting, cutting, drawing, welding, and forming. In architectural steel projects, cutting and welding are the most frequently applied, shaping raw steel into precise components ready for on-site installation.

Architectural steel contractors manage the full scope of metalwork for a building project, from design coordination and workshop fabrication to on-site installation and finishing. Their work covers both structural elements such as beams and columns, and architectural features such as facades, railings, and canopies.

Architectural steel installation is commonly required in commercial buildings, transit hubs, mixed-use developments, and industrial facilities. Any project involving exposed steel structures, building facades, custom canopies, or feature staircases will typically engage a specialist steel contractor to handle fabrication and erection.

Architectural steel in Malaysia is a preferred construction material due to its strength, design flexibility, and compatibility with the country’s climate. It supports faster construction timelines, meets local CIDB and ISO quality standards, and is suitable for a wide range of applications from high-rise commercial projects to industrial facilities.