High Strength Composite Steel Deck Slab

Steel Deck Slab Highlights

Construction Speed: Construction Speed: The use of steel deck slabs can significantly expedite the construction process, saving approximately 40-60% in labor costs compared to traditional methods. The prefabricated nature of the metal deck slabs allows for efficient installation, reducing project timelines and improving overall construction efficiency.

Wide Applicability: Metal deck slabs are compatible with various floor support systems, making them suitable for a wide range of construction applications. They can be seamlessly integrated with different structural systems, providing flexibility in design and construction.

Versatile Thickness Options: Steel deck slabs are available in a range of thicknesses, ranging from 0.75 to 1.50 mm. This variety allows for customization based on project requirements, ensuring optimal load-bearing capacity and structural performance.

Excellent Fireproof Performance: Steel composite floor decks are rigorously tested for fire resistance and are rated for up to 120 minutes of fire protection. They offer a high level of safety by acting as a fire barrier and minimizing the spread of flames within the structure.

High Quality Assurance: Structural decking sheets used in composite metal deck slabs undergo rigorous assessments and certifications, adhering to the ISO 9002 Quality Management System. This certification ensures that the manufacturing processes and quality control measures are in place to deliver consistent and reliable products.

Metal steel deck slabs excel in delivering construction speed, providing wide applicability to various support systems, offering versatile thickness options, ensuring excellent fireproof performance, and maintaining high-quality standards. These highlights contribute to their popularity in the construction industry, allowing for efficient and reliable flooring solutions.

Steel Deck Slab Structural Design

The structural design of a steel deck slab involves careful considerations to ensure its strength, stability, and performance. Load calculations are conducted to determine the required load-bearing capacity of the slab, taking into account dead loads, live loads, and other potential loads. The selection of the appropriate profile and thickness of the composite steel deck slab is crucial to meet design requirements. Structural analysis techniques, such as finite element analysis, are employed to evaluate its behavior under different loads. Connection design ensures effective load transfer and stability between the slab and the supporting structure. Deflection control techniques are applied to limit excessive bending and maintain serviceability. Through comprehensive structural design, the metal steel deck slab can provide a durable and efficient flooring solution in steel structures.

Composite Corrugated Floor Decking Specifications