Advanced Admixture Technology for Flowable, Durable, High‑Performance Concrete
LANDU Self‑Compacting Concrete Additives are engineered to transform traditional mixes into highly flowable, cohesive, and structurally superior concrete—completely eliminating the need for mechanical vibration.
Combining polymer chemistry, rheology control, and durability enhancement, LANDU offers a complete additive portfolio that enables consistent quality, low noise construction, and fast, defect‑free placement.
Whether used for precast production, in‑situ casting, or architectural concrete, LANDU additives ensure that every cubic meter of concrete flows, compacts, and strengthens itself with unmatched precision.
The secret of Self‑Compacting Concrete (SCC) lies in perfect balance: extremely high fluidity, yet no segregation. LANDU's tailor‑made additive system achieves this equilibrium through optimized particle dispersion, controlled viscosity, and stable hydration behavior.
Exceptional flowability without segregation or bleeding
Precise rheology control across different cement types
High early and ultimate compressive strength
Superior surface finish and dimensional stability
Reduced labor and faster construction speed
Core Power for Self‑Compaction
LANDU PCE Flake Superplasticizer is the backbone of modern SCC design. It delivers extraordinary dispersion efficiency even at low dosage, enabling maximum flow with minimum water. The result is SCC with excellent slump retention, high cohesion, and uniform strength development.
Precast SCC elements, high‑rise structures, heavily reinforced beams, and self‑leveling architectural components.
Defect‑Free SCC Surfaces Every Time
Entrapped air reduces the strength and beauty of SCC. LANDU Powder Defoamer efficiently releases air bubbles during mixing, ensuring dense, compact SCC with refined finishes suitable for architectural and structural applications.
Architectural SCC elements, exposed finish panels, and high‑strength floors.
Micro Reinforcement for High‑Strength SCC
LANDU Steel Fiber provides integral reinforcement for Self‑Compacting Concrete where toughness and crack resistance are key. The fibers evenly distribute stress, enhancing post‑crack load capacity and structural ductility.
Industrial SCC floors, tunnels, bridge decks, and precast load‑bearing components.
Shrinkage Control and Surface Stability
LANDU PP Fiber enhances surface cohesion in fresh SCC, minimizing plastic shrinkage cracks during curing. It ensures dimensional stability and smoother finishing quality for both precast and in‑situ SCC applications.
Architectural surfaces, foundation slabs, and decorative SCC applications.
Integral Protection for Long‑Life Self‑Compacting Concrete
LANDU CCCW provides internal waterproofing and strength improvement simultaneously.
It reacts with hydration products to form insoluble crystalline structures that block pores and micro‑cracks, significantly enhancing the durability of Self‑Compacting Concrete in aggressive or wet conditions.
Underground SCC structures, marine projects, retaining walls, tunnels, and water treatment facilities.
LANDU Self‑Compacting Concrete Additives deliver proven improvement in both production efficiency and end‑use performance:
Every Self‑Compacting Concrete mix depends on raw material quality and performance targets. LANDU's engineers offer tailored dosage optimization and on‑site rheology adjustment to achieve consistent slump flow, passing ability, and structural strength.
All formulations are verified through LANDU laboratory testing and scalable for industrial SCC production.
Experience the performance of LANDU Self‑Compacting Concrete Additives firsthand.
Our free sample program enables you to test rheology, strength gain, and mix compatibility in your own environment.
They enhance particle dispersion, stabilize viscosity, and prevent segregation — ensuring smooth flow and high strength.
No. Properly designed SCC using LANDU additives achieves complete self‑compaction under its own weight.
Yes. LANDU formulates SCC systems that adapt to regional cements, aggregates, and climatic conditions.
Absolutely. They complement each other to improve durability and crack resistance in SCC.
Yes. We offer mix design validation, rheology testing, and on‑site application assistance.
Usually within 5 – 7 business days.
Engineering Self‑Compacting Concrete That Flows Beyond Limits.