Structural concrete
Structural concretes are designed for load-bearing structures that require reliability and strength. They are used in foundations, columns, beams, slabs and other structurally demanding applications, in both new construction and renovation. Choosing the right structural concrete ensures the structure performs and lasts throughout its entire service life.
Normal-curing structural concrete
Normal-curing structural concrete is the standard choice for load-bearing structures when the schedule has no special requirements for strength development. It is suitable for foundations, columns, beams and slabs, as well as other typical structural concrete applications.
Fast-curing structural concrete
Fast-curing structural concrete is suitable for the same structural applications as standard structural concrete. Faster curing allows earlier formwork removal and more flexible progress on site.
Weather-resistant structural concrete
Weather-resistant structural concrete is designed for applications where the structure is exposed to weather and moisture. It is suitable for outdoor structures such as foundations, retaining walls and other structures that require better-than-standard durability and frost resistance.
Sulfate-resistant structural concrete
Sulfate-resistant structural concrete is needed when concrete is exposed to soil or water containing sulfates. Applications include foundations and other ground structures in areas where the sulfate content of the soil or groundwater is higher than normal.
Retarding structural concrete
Retarding structural concrete is designed for applications where the setting of the concrete needs to be delayed. It is particularly suitable for large pours, massive structures and long transport distances, where the normal setting time is not enough to carry out the work in a controlled manner.
Waterproof structural concrete
Waterproof structural concrete is used in structures that require water tightness. It is suitable for basement walls and floors, tanks, pools and other applications where the structure is in constant contact with water or where leakage risk needs to be controlled.