"Specialised blacksmiths in the construction sector"

This work we gear towards construction concerns iron elements manufacture and usage in projects within this sector.

These tasks involve metal structures, reinforcements and components creation embedded into buildings and civil engineering. The iron used in these works is usually structural steel, which provides endurance and durability.

Construction ironwork includes manufacturing metal structures, such as beams, columns, trusses, and frames, which provide support and stability to buildings.

These structures are designed and manufactured according to structural calculations and applicable building regulations.

Rebars and reinforcements for ferroconcrete elements, such as slabs, beams and columns manufacture.

Steel reinforcing bars are cut, bent and joined by welding or tying to build a reinforcing structure that increases the concrete elements’ strength and load capacity, always requested by any construction building contractor.

Besides the mentioned elements, these works may include additional components such as roof structures, canopies, footbridges and decorative features on the buildings’ exterior.

Careful planning, design and manufacturing are required to ensure these construction projects’ metal items’ quality and safety.

The process begins with the engineer, builder and customer’s partnering to define the project’s requirements and objectives. A detailed structural design that meets the applicable building codes and standards is carried out.

The type of metal suitable for structural work is selected, which is generally structural steel. Steel provides the required load-bearing resistance and durability. The necessary steel profiles, plates and pipes are also chosen according to the calculations and structural design.

Structural components are manufactured in the workshop using blacksmithing techniques such as cutting, bending, welding and assembly.

Once the structural components are manufactured, they are assembled and set up at the construction site. Steel elements are joined and assembled into their proper position using welding, bolting or structural connectors. Safety procedures are conducted, and components’ proper alignment and levelling are ensured.

After assembly, a check is performed to verify the structure’s quality and integrity.
They require high precision, expertise, and building standards and regulations fulfilment. The liaison between architectural engineers, designers, and our specialised team is essential for these projects’ success.