Discover Stable Core
Drastically Reduced Environmental Impact
Superior Performance for Major Projects
Superior Performance for Major Projects
Stable Core leverages low-carbon or geopolymer-based formulations, often incorporating industrial by-products like fly ash, slag, or other aluminosilicates. This approach slashes CO₂ emissions by up to **80-90%** compared to traditional Portland cement, while repurposing waste materials that would otherwise burden landfills. It's a true c
Stable Core leverages low-carbon or geopolymer-based formulations, often incorporating industrial by-products like fly ash, slag, or other aluminosilicates. This approach slashes CO₂ emissions by up to **80-90%** compared to traditional Portland cement, while repurposing waste materials that would otherwise burden landfills. It's a true circular economy solution—turning industrial waste into high-performance stabilizers without compromising planetary health.
Superior Performance for Major Projects
Superior Performance for Major Projects
Superior Performance for Major Projects
Stable Core delivers exceptional compressive strength, improved shear resistance, and long-term durability in diverse soil conditions (from soft clays and peats to sandy or organic-rich grounds). Independent studies on similar geopolymer and low-carbon binders show comparable or better results than OPC in unconfined compressive strength
Stable Core delivers exceptional compressive strength, improved shear resistance, and long-term durability in diverse soil conditions (from soft clays and peats to sandy or organic-rich grounds). Independent studies on similar geopolymer and low-carbon binders show comparable or better results than OPC in unconfined compressive strength (UCS), modulus of elasticity, and resistance to freeze-thaw cycles. For deep mixing, jet grouting, or mass stabilization in enabling works, Stable Core provides reliable load-bearing capacity and reduced settlement—critical for mega-structures.
Enhanced Durability and Longevity
Superior Performance for Major Projects
Enhanced Durability and Longevity
Unlike conventional cement, Stable Core formulations offer superior chemical resistance (e.g., to sulfates or chlorides), lower permeability, and crack resistance. This translates to longer service life for stabilized platforms, reduced maintenance costs, and fewer interventions over the project lifecycle—ideal for high-stakes infrastructure with 50+ year design lives.