Painel
Endereços
Pedidos
Sair
Sustainable System

It is the new option from Marko Sistemas Metálicos, aligned with ESG criteria, using green steel certified by ArcelorMittal’s global XCarb™ program, whose objective is to reduce and neutralize greenhouse gas emissions throughout the steel value chain, contributing to a more sustainable future.

In addition to its existing advantages, the use of reduced-carbon-emission steel establishes Roll-on Green Steel as a complete solution that incorporates sustainable resources into projects aligned with environmental protection.

Projects that use Roll-on Green Steel receive the XCarb™ certificate, and the carbon savings are transferred to the company.

This is the result of a collective effort across the entire value chain to design, build, and operate spaces with a more environmentally responsible approach.

The Roll-on System meets environmental performance requirements as well as the comfort and health demands of building users, optimizing projects for the achievement of green certifications such as LEED and AQUA.

A sustainable Produto throughout its entire lifecycle, from design and manufacturing to transportation, installation, and operation.

Tests have shown that the Roll-on Roofing system achieves a Solar Reflectance Index (SRI) greater than 0.80, which is ideal for buildings evaluated as Green Buildings.

  • It has inherent sustainable characteristics, as steel is a 100% recyclable raw material.
  • Low waste generation in the manufacturing process. Any leftover material is repurposed for packaging.
  • Transport carried out at full load
  • Fully bolted structure, eliminating the need for welding and ensuring a clean construction process.
  • Allows for ventilation, natural lighting, and thermal-acoustic insulation systems, preventing heat islands and sound reverberation.
  • Use of galvanized and pre-painted white raw materials in the manufacturing of the roofing, resulting in roofs with a high Solar Reflectance Index (SRI). This feature contributes to greater thermal comfort and, consequently, lower energy consumption for climate control.
  • Continuous coils capable of directing water to the edge of the building, facilitating its collection for reuse.
  • According to tests conducted by UNESP and IPI, the “U”-shaped design and the sheet thickness provide superior protection compared to similar roofing systems, resulting in greater energy savings for lighting and cooling.