The Abrasion and Abrasion Resistant Concrete It is designed for surfaces that are subject to intense mechanical stress, constant traffic or friction from solid and liquid particles.
Maximum Resistance to Mechanical Stress: In places such as industrial floors, ports, road networks or tanks, the concrete surface gradually wears away, creating dust and cracks.
Our special formulations address wear and tear through:
- High Surface Hardness: Use of hard aggregates (e.g. quartz, corundum) and special surface hardeners.
- Fiber reinforcement: Addition of fibers that enhance the consistency of the mixture and prevent the formation of microcracks.
- Dense Microstructure: Use of silica microcement that increases cohesion and abrasion resistance.
Ideal for: Industrial areas, warehouses with vehicle traffic, parking, helipads and hydraulic works (e.g. dam spillways).
The result: Extremely durable surfaces that maintain their smoothness under the harshest conditions of use, drastically reducing maintenance costs and dust generation.
Exhibition Categories:
- C35/45 XM1: It is applied to industrial floors, warehouses and parking lots where very high static resistance (C35/45) and protection of the surface from moderate abrasion wear (XM1) are required at the same time. Its increased resistance ensures greater hardness and resistance of the surface to mechanical stress from vehicles and pedestrians, preventing premature "dusting" or wear.
- C40/50 XM2: It is applied to industrial floors and infrastructure projects where required simultaneously extremely high static strength (C40/50) and surface protection from severe wear due to friction (XM2). The very high hardness and density of the concrete ensures resistance to heavy loads and continuous mechanical stress, preventing rapid wear from wheels and friction.
- C50/60 XM3: It is applied in industrial floors, airports and infrastructure projects where extremely high static strength (C50/60) and maximum protection against extreme abrasion wear (XM3) are required at the same time. The top hardness and density of concrete in this category make it resistant to heavy loads and continuous, intense mechanical stress from hard wheels, tracks or abrasive materials.
