Superior Strength. Low Carbon.

Waterless. Highly Impermeable.

It is developed with an advanced sulfur polymer technology for maximum durability and minimal carbon footprint. 


It is twice the strength of conventional concrete and is highly resistant to corrosive elements. It is quick setting and curing, and can easily be recycled, remolded, and reused with the same low carbon manufacturing benefits. 





Sulfcrete  Process

Sulfcrete has an exclusive technology transfer agreement to patents for the most efficient, cost effective process to manufacture sulphur polymer concrete, using a stabilized sulfur binder and activated fillers. Sulfcrete replaces expensive ($2000 a ton) conventional additives with a lower cost organic modifier ($150 a ton) enhanced by energetic mixing with fillers.

First In Class Technology

The Sulfcrete technology can replace conventional Portland concrete in hundreds of applications with sulfur-based thermoplastic binders in a new, clean sulphur concrete product. Sulfcrete uses only sulphur, fly ash, sand, and an organic modifier in a unique composition to produce a concrete that offers a significant advantage.



Latest Advancement In Concrete Manufacturing 

Sulfcrete is the only concrete in its class, produced from sulphur, a by-product of oil and natural gas refinement, and fly ash.  

It takes these waste materials and effectively recycles them, eliminating water and land contamination caused by the massive stockpiling of refined sulphur. 

The process for manufacturing Sulfcrete instead involves a low melting temperature, resulting in a greatly reduced fossil fuel consumption and greatly reduced carbon emissions. Sulfcrete greatly reduces the carbon footprint of concrete production.

Sulfcrete contains no water in the mixing process, producing no connected pore structure. Thus, it has very low permeability and excellent freeze/thaw durability.

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Recyclable - Low Carbon Footprint

Sulfcrete is a recyclable material because it hardens as a result of the solid factor of the heated liquid sulphur.  The process that can be reversed easily and can be recycled by crushing and heating the material without loss of strength.


Sulfcrete uses less energy use for overall manufacturing process compound to Portland concrete, less co2 reduce and lower carbon footprint, and is 100% stronger than powdered concrete.

Superior Performance

The end product is a superior concrete material that has twice the strength of conventional concrete, is highly resistant to corrosive elements, has improved Impermeability and excellent freeze thaw durability, has quick setting and curing, and can easily be recycled, remolded, and reused with the same low carbon manufacturing benefits.

Enhanced Sustainability

Sulfcrete uses a new form of clean sulphur polymer eliminating extensive heating and the heavy CO2 emissions from calcination. 


*Reports show that the replacement of portland concrete production with sulphur polymer concrete such as that offered by Sulfcrete can potentially reduce carbon emissions in the manufacturing process by more than 93%. ​