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Plaid Technologies Advances Development of Graphene-Infused Concrete Technology as Infrastructure Spending Surges and Climate Regulations Tighten
(via TheNewswire) VANCOUVER, BC – TheNewswire - May 19, 2026 – Plaid Technologies Inc. (CSE: STIF) (OTC: STIFF) (FRA: 5QX0) (“Plaid” or the “Company”), a
About this update from Plaid Technologies Inc
[{"type":"text","content":"(via TheNewswire) VANCOUVER, BC – TheNewswire - May 19, 2026 – Plaid Technologies Inc. (CSE: STIF) (OTC: STIFF) (FRA: 5QX0) (“Plaid” or the “Company”), a Canadian materials science company, today announced significant progress in the development of its graphene-infused concrete composite (Plaid-GCC) technology, demonstrating unprecedented performance improvements in laboratory testing as the global infrastructure sector faces mounting pressure for faster, more sustainable building solutions. With the $1.2 trillion Infrastructure Investment and Jobs Act (Pub.L.117-58)1 driving unprecedented construction activity and new EU carbon border taxes taking effect in 2026, the construction industry is actively seeking materials that deliver both enhanced performance and reduced environmental impact. Plaid-GCC directly addresses these dual challenges through advanced nanomaterial engineering. \"We're witnessing a perfect storm in the construction materials market,\" said Guy Bourgeois, Chief Executive Officer of Plaid Technologies. \"Infrastructure spending is at historic highs, labor shortages are driving time-to-completion pressures, and increasingly stringent building requirements coupled with new carbon regulations are making traditional cement increasingly expensive. Our laboratory results indicate that graphene-enhanced concrete will be transformational—potentially essential for contractors who need to build faster, cleaner, stronger.\" Promising Laboratory Results Preliminary laboratory testing indicates that Plaid-GCC could deliver significant improvements over conventional Portland cement: 33% faster curing time: Early results suggest regulatory-compliant strength could be achieved in 8-10 hours versus 24-32 hours for conventional cement. 50% carbon reduction potential: Projected to significantly lower CO2 emissions compared to traditional cement production. 30-50% material efficiency: Testing indicates far less concrete may be required for equivalent structural performance. Enhanced durability: Laboratory samples show lower permeability than conventional cement, with higher flexural strength. Addressing Critical Market Needs The timing of Plaid's commercial launch aligns with several converging industry pressures: Environmental Regulations: Cement production accounts for approximately 8% of global CO2 emi...