What are geopolymers?

Geopolymers are inorganic polymers formed by the chemical reaction of aluminosilicate-containing materials, such as fly ash or metakaolin, with an alkaline activator like sodium hydroxide. Geopolymerization eliminates the need for cement, producing strong, durable materials with a lower CO₂ footprint.

Geopolymers perform as well as, or better than, traditional cement products and are more environmentally friendly, as their production requires less energy and does not involve the calcination of limestone. By utilizing industrial residues, geopolymers help reduce waste streams and significantly lower the ecological footprint.

Smarter Construction with less CO₂

As an eco-friendly alternative to cement, geopolymers provide strong construction materials with a lower CO₂ footprint. By utilizing residual materials, they reduce your ecological footprint without compromising on quality. Perfect for companies looking to embrace innovation and build responsibly.

Why choose geopolymers?

  • Lower CO₂ footprint

    Reduces environmental impact through lower CO₂ emissions during production and use.

  • Excellent properties

    Geopolymers are acid-resistant, fireproof, and offer high mechanical strength, making them suitable for extreme environments.

  • Economic benefits

    Utilizes cheaper, renewable raw materials, leading to cost savings.

  • High performance

    Provides strong, reliable materials that are at least equivalent to traditional cement products.

  • Innovative and eco-friendly

    Supports responsible construction by reducing waste streams and leveraging renewable materials.

  • Versatile applications

    Applications range from infrastructure works to industrial installations, including water-related structures and chemically exposed environments.

Orbix geopolymers for a strong and circular future

Orbix geopolymers originate from recycled industrial by-products, such as steel slags, that would otherwise be considered waste.

These materials undergo a carefully engineered production process, where aluminosilicate-rich raw materials bind with alkaline activators. This eliminates the need for cement and significantly reduces CO₂ emissions. By intelligently repurposing residual streams, Orbix transforms these raw materials into strong, sustainable construction materials ideal for companies committed to innovation and responsible resource management.

Future prospects and developments

Although geopolymers have already made a significant impact on the construction sector, the technology is still under continuous development. Ongoing research aims to further improve the performance of geopolymers and explore new application areas. The focus is on expanding the range of raw materials that can be used in geopolymer products and on refining production processes to increase cost efficiency.

Transform the construction industry with geopolymers

Would you like to learn more about how geopolymers can benefit your project? Contact us today to discuss the possibilities and discover how geopolymers can make your construction project more sustainable and efficient.