Our Offer
SIRCONTEC offers formulas, chemical admixtures, machinery and technologies for the efficient production, transportation, and installation of foam and polystyrene concrete. These solutions improve building and geotechnical structures, reduce costs while ensuring high-quality standards for large-scale construction.
Our Offer
Materials | Machines | Structures
SIRCONTEC provides an advanced technological system for producing, transporting, and installing lightweight concretes to construct high-performance civil engineering structures efficiently:
Lightweight Concretes: SIRCONTEC's Foam Concrete and Polystyrene Concrete are versatile, easy-to-handle and adaptable building materials for civil engineering structural requirements. Utilising SIRCONTEC's lightweight concrete enhances the properties of building structures compared to traditional methods, reducing construction and maintenance costs.
Machines: SIRCONTEC offers a range of machines equipped with technology that ensures consistent, repeatable, and efficient production, transportation, and installation of foam concrete and polystyrene concrete. Our lightweight concrete production solutions meet industry quality control standards, ideal for large-scale building and geotechnical projects.
Structures: SIRCONTEC lightweight concretes are suitable for constructing various building and geotechnical structures, including levelling layers of floors, sloping layers on flat roofs, prefabricated components, whole-house building systems, stabilising and insulating pipes, filling cavities, pipes, and pipe protectors, as well as subsoil strengthening and insulation beneath foundation slabs. Structures constructed from these materials are insulating and cohesive, boasting excellent structural properties with a high strength-to-weight ratio.
Chemical agents: We provide admixtures and additives specifically designed for lightweight concrete technologies. These include FN1 foaming agent for producing foam concrete, FP1 air-entraining admixture for manufacturing polystyrene concrete, FS1 superplasticiser to enhance workability, and FV1 fibre to improve tensile strength and minimise cracking.