The construction sector is responsible for around 37% of global CO₂ emissions, with embodied carbon—emissions generated throughout the lifecycle of building materials—gaining increased focus. From raw material extraction to production, application, and end-of-life, every stage contributes to the total carbon footprint.

Dry mix products offer a unique advantage in this cradle-to-grave context. Their factory-controlled formulations allow for optimized material efficiency, reduced on-site waste, and consistent quality. A key innovation in this space is the development of ecobinder —low-carbon alternatives to traditional cement binders. By incorporating industrial by-products and alternative chemistries, ecobinder significantly reduce embodied carbon while maintaining performance.

As the industry moves toward decarbonization, low-carbon dry mix solutions featuring ecobinder will be central to achieving climate goals and advancing sustainable construction practices.

Decades of expertise in the development and production of specialized binder systems, we have continuously delivered innovative (often groundbreaking) solutions to the construction chemicals and dry mix industries. Our contributions have not only focused on the supply and manufacturing of advanced binders, but also on providing in-depth technical support to formulation chemists and R&D departments.

This longstanding commitment is now proving especially valuable in the development of ecobinder, as the construction sector faces increasing pressure to reduce its CO₂ footprint. Our binder technology offers a robust and efficient pathway for modifying existing dry mix formulations to meet sustainability targets—enabling a seamless transition to an eco-friendly, low-carbon alternative without compromising on performance or application properties.