We launched a new product development initiative focused on improving the ecological impact of our products by transitioning to a more circular business model. This new project aims to reduce material usage and increase production speed while maintaining the high-quality standards expected from our CeramicSteel products used in various architectural applications.
Background of the Initiative
The primary focus of this project was to develop a new type of CeramiCsteel for infrastructure applications. Our existing products, made from 0.56 mm thick steel, are renowned for their durability, being resistant to scratches, chemicals, fire, bacteria, stains, and graffiti.
These products are widely used in high-traffic environments, such as transit spaces, metro stations,
wall cladding, tunnels, and similar applications.
We launched a new product development initiative focused on improving the ecological impact of our products by transitioning to a more circular business model. This new project aims to reduce material usage and increase production speed while maintaining the high-quality standards expected from our CeramicSteel products used in various architectural applications.
Background of the Initiative
The primary focus of this project was to develop a new type of CeramiCsteel for infrastructure applications. Our existing products, made from 0.56 mm thick steel, are renowned for their durability, being resistant to scratches, chemicals, fire, bacteria, stains, and graffiti.
These products are widely used in high-traffic environments, such as transit spaces, metro stations, wall cladding, tunnels, and similar applications.
The new initiative introduced CeramicSteel with a reduced thickness of 0.48 mm, which maintains compliance with the ISO 28722 international standard for enamel coatings on steel panels intended for architectural use.
This reduced thickness brings significant benefits regarding material savings and production efficiency.
The switch to 0.48 mm steel contributes to a more sustainable production process by reducing raw material consumption and doubling production speed, thus lowering energy consumption. Additionally, the successful reuse of materials and increased production efficiency align with our goal of reducing its ecological footprint.
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