Argo Graphene Launches Second Graphene Concrete Test

Industry Insights from Next Move Strategy Consulting

Argo Graphene Solutions Corp. (CSE: ARGO; OTCQB: ARLSF) has completed an initial graphene-infused concrete test pour in Bristol, Tennessee and immediately initiated a larger, follow-up pour at the same site — a deliberate step toward validating its graphene formulation for construction use.

A Measured Scale-Up to Demonstrate Performance

The maiden pour covered 12.5 cubic meters distributed across three slabs. The second, expanded pour will place 15 cubic meters across two on-grade slabs measuring 25 ft × 40 ft and 20 ft × 35 ft, respectively. Argo reports the purpose of the scaled follow-up is to more fully demonstrate the effects of its proprietary graphene additive on conventional concrete mixes.

Targeted Strength Gains and Material Advantages

Argo has set minimum target performance improvements for the graphene-enhanced concrete: as much as a 30% increase in compressive strength, a 30% increase in tensile strength, and a 29% increase in flexural strength, together with reduced porosity for improved crack resistance. The company also cites early observations of better tensile strength and enhanced workability from the initial pour.

Structured Laboratory Validation Plan

To verify field observations, Argo will conduct compressive strength testing per ASTM C39 on cylinder samples collected from both pours. Tests are scheduled at Days 7, 14, 21, 28 and 56 to track strength development over time and produce standardized, comparable results.

Leadership Perspective and Corporate Mission

Scott Smale, President and CEO of Argo Graphene Solutions Corp., described the second pour as a milestone in moving graphene-enhanced concrete toward broader industry adoption, underscoring the company’s focus on stronger, longer-lasting and more sustainable infrastructure solutions.

Key Details at a Glance

• Initial test pour: 12.5 m³ across three slabs.

• Follow-up pour: 15 m³ across two on-grade slabs (25×40 ft; 20×35 ft).

• Target performance: up to +30% compressive, +30% tensile, +29% flexural strength.

• Validation method: ASTM C39 compressive tests on Days 7, 14, 21, 28, 56.

• Early feedback: improved tensile strength and workability; full lab results pending.

According to Next Move Strategy Consulting

Argo’s sequential pours and formalized ASTM testing signal a pragmatic approach to moving graphene-modified concrete from experimental trials toward verifiable performance data. If laboratory outcomes corroborate the reported early gains in tensile and compressive strength, the technology could strengthen the commercial case for graphene additives in specific infrastructure applications where enhanced durability and reduced maintenance are prioritized. Successful validation will also provide a baseline for comparing lifecycle and sustainability benefits against standard mixes, supporting more informed decisions by contractors and specifiers. (This assessment is based exclusively on the project details and testing plan published by Argo.)

Source: Argo Graphene Solutions Corp.

Prepared By: Next Move Strategy Consulting