What is Zero Slab?

hen Used and Recommendations for Use in Construction

Losacero is a metal mezzanine system widely used in modern construction due to its multiple structural and economic benefits. It is used in high-rise buildings, shopping malls, parking lots and industrial buildings, providing strength and speed of installation. Thanks to its efficient design, it reduces costs and construction time, which makes it a preferred option for large-scale projects.

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Benefits of Losacero in Construction

One of the main benefits of steel is its structural capacity, since it acts as a concrete reinforcement, increasing the strength of the building. In addition, its installation is quick and easy, optimizing construction time. This system also reduces the amount of material required, generating significant cost savings.

For projects that require an efficient structural design, such as office buildings or industrial buildings, it is essential to have experts in technical solutions. ME-GA Proyectos de Sonora offers specialized advice to guarantee the stability and safety of any project.

What is Losacero?

Losacero is a metallic mezzanine system made of galvanized steel used in construction to improve the structural strength of buildings. Its design includes reliefs or ribs that facilitate adhesion to the concrete, forming a highly durable composite slab. Thanks to its load-bearing capacity, it is an excellent alternative for large-scale projects such as office buildings, shopping centers and industrial buildings.

When concrete is poured over the steel slab, it acts as a permanent formwork, eliminating the need for temporary wood or metal shoring. As the concrete hardens, the two materials work together, providing a strong and efficient structure.

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Differences between Losacero and Other Mezzanine Systems

Unlike other mezzanine systems such as traditional solid concrete slabs, the steel slab reduces the use of materials, optimizing construction time and costs. Compared to prefabricated systems, it offers greater flexibility in design and adaptation to different types of projects.

Differences between Losacero and Other Mezzanine Systems

Ideal Situations for Use

Losacero is an ideal option when seeking to optimize construction time and costs without compromising structural strength. Its design reduces the use of temporary falsework and reduces the amount of concrete required, which makes it an efficient alternative for projects with tight deadlines or where material and labor costs must be minimized.

Comparison with Full Slab

Compared to full concrete slab, slab-on-steel offers significant advantages:

Costs: Reduced due to less use of concrete and falsework.

Construction time: Installation is faster, allowing progress with other site processes in less time.

Structural strength: Working in conjunction with concrete, steel slab provides a lightweight and highly resistant slab.

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Losacero Applications

This system is highly compatible with different types of structures and buildings, including:

Steel structures: Its combination with metal beams allows the creation of efficient and lightweight structural systems, ideal for skyscrapers and industrial buildings.

Concrete structures: Can be integrated into concrete buildings to reduce weight and improve load distribution.

Specific projects: It is used in high-rise buildings, warehouses, parking lots and housing, where speed in execution and optimization of materials are required.

Differences between Losacero and Other Mezzanine Systems

Criteria for Choosing the Suitable Type of Steel

To select the ideal steel slab for a project, it is essential to consider:

Structural load: Depending on the weight that the slab will support (furniture, machinery, traffic of people or vehicles), the appropriate gauge and profile is chosen.

Project dimensions: The separation between supports and the length of the spans influence the choice of the type of steel slab.
Compatibility with the structure: It must be evaluated whether it will be used in a steel or concrete structure to guarantee its correct installation and performance.

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Structural Optimization with Losacero

The structural design of buildings plays a key role in the efficiency of any construction. The use of steel contributes to:

Reduce the weight of the structure, which minimizes loads on beams and columns.
Reduce construction time, since it functions as a permanent formwork and facilitates concrete pouring.
Improve safety and structural stability, thanks to its capacity to reinforce the slab and absorb stresses.

Losacero in Residential Houses: Light and Safe Construction

The use of losacero in housing allows a faster and safer construction, since:

It reduces the amount of traditional materials such as concrete and wood.
It allows modern architectural designs with lighter structures.
It improves acoustic and thermal insulation when combined with appropriate materials.

Technical Aspects and Safety Regulations

To ensure the correct implementation of the steel slab, it is important to comply with safety regulations such as:

Local Building Regulations that establish load and resistance requirements.
Technical standards for the fabrication and use of structural steel, ensuring quality and durability.
Manufacturer's specifications, which indicate the proper installation and anchoring procedures.

At ME-GA Proyectos, we design the future of your constructions with the precision and security that your project deserves.

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Losacero Installation Process

Detailed Steps for Proper Installation
To ensure a safe and efficient installation of the steel, the following steps must be followed:

Preparation of the structure: Verify that the beams or supporting elements are correctly aligned and leveled.
Placement of the sheets: Install the steel sheets on the structure, making sure that they are well overlapped to avoid concrete leaks.
Fastening to the structure: Cutting connectors, nails or welding should be used to fasten the steel sheets to the beams to avoid displacements.
Placement of reinforcement: In some cases, it is recommended to add electrowelded mesh or rods to reinforce the slab.
Pouring of the concrete: Pour the concrete uniformly, avoiding accumulations in a single point to prevent deformations.
Curing of the concrete: Allow the concrete to set for the time indicated according to the type of mix used.

Preparation of Structural Drawings and Construction Details

For a successful installation, it is key to have detailed structural drawings, where the following are specified:

Type and gauge of steel.
Separation between beams and supports.
Location of shear connectors and additional reinforcement.
Fastening methods and erection procedures.

Comparison with Other Traditional Systems

Compared to traditional systems such as solid concrete slabs, the steel slab offers:

Lower structural weight, reducing the size of beams and columns.
Faster installation speed, reducing construction time.
Lower material consumption, optimizing costs.
Better seismic behavior, due to its capacity to dissipate loads.

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Losacero is an innovative and efficient option for modern construction, offering cost reduction, greater structural strength and ease of installation. Its versatility makes it an excellent alternative for projects of different sizes and complexities.

Contact us for more information:

Address: Av. 4, 165, Prados del Sol, Hermosillo, Sonora, Mexico.

WhatsApp: Call us or send us a message to +52 662 123 4567

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If you are looking to optimize the time and cost of your project, consider integrating steel into your structural design. For personalized advice, contact the experts in Structural Building Design and improve the efficiency of your construction.