Argo Graphene Solutions has announced positive preliminary results from testing its graphene dispersion in cement-based materials.
The program evaluated a graphene-modified cement mixture for stucco scratch coat and 3D construction printing applications. Compared with standard cement formulations, the graphene-enhanced mixture showed better workability, adhesion, and consistency during application, without issues during mixing or placement. Argo reported that the graphene formulation produced a denser surface and improved bonding performance.
Water permeability tests also showed that the graphene-enhanced scratch coat resisted full penetration under test conditions, reinforcing graphene’s potential for improving density and water resistance in cement materials. The company continues to monitor properties such as curing behavior, freeze-thaw resistance, and surface strength development as part of a broader materials performance assessment.
Argo is also exploring applications in cement formulations intended for 3D construction printing (3DCP). This emerging segment of the construction industry aims to deliver faster, more efficient, and sustainable building approaches. Graphene’s known ability to enhance mechanical strength, density, and crack resistance could make it a valuable additive in optimizing 3D printable cement mixtures.
“Early observations from this testing program are encouraging,” said Scott Smale, President and CEO of Argo Graphene Solutions. “Graphene-enhanced cement technologies continue to demonstrate potential for improving performance characteristics in construction materials.”
The company is continuing its testing and plans to work with construction technology partners to advance commercial applications of its graphene dispersion technology.
