In modern civil infrastructure, raft foundations of high-rise structures, commercial aquatic centers, and below-grade walls carry immense structural configurations. The two primary engineering objectives for these critical components are maximizing compressive strengths and eliminating capillary water ingress. However, adding excess site water to gain field workability (slump) degrades the cement matrix, creating micro-pores that severely compromise load capacity and leave the wall vulnerable to fluid tracking.
The Solution: Water-Reducing Polymers and Pore-Blocking Crystallization Achieving flawless compaction while satisfying low water-to-cement parameters requires advanced concrete chemistry:
- Premium Mechanical Strength & Flowability: For heavy-load elements and self-consolidating concrete (SCC) layouts, integrating the polycarboxylate ether (PCE) based DAUMIX ULTRAFLOW superplasticizer is the professional standard. Fully compliant with TS EN 934-2 Table 3.1/3.2, it cuts water demand by 25-35% while maximizing rheology, radically elevating early and final compressive yield strengths.
- Self-Healing Integral Mass Isolation: Dosed directly into the ready-mix drum during batching, DAUMIX KRISTALIZER reacts with chemical compounds inside the hydration matrix to develop millions of insoluble crystalline webs that plug capillary tracts. Compliant with TS EN 934-2 Table 9, its active crystalline tech automatically re-triggers to seal future hairline fissures dynamically whenever moisture attempts to bypass the matrix.
