As the Biden administration’s Infrastructure Investment and Jobs Act funding flows into climate-resilient construction, Armorock is perfectly positioned to capture a multi-billion-dollar market. The age of rebar and rust may finally be nearing its end.
To understand the Armorock news cycle in 2026, one must first look at the crisis it solves. Traditional Portland cement concrete is porous. Water, road salts, acids, and chlorides penetrate its surface, rusting the internal steel rebar. The American Society of Civil Engineers (ASCE) estimates that corrosion damage to U.S. infrastructure costs $276 billion annually. Manhole structures, drainage systems, and chemical containment vaults typically fail within 15 to 20 years. armorock news
Armorock faces scrutiny from environmental groups despite its longevity. The production of polymer resins is petroleum-based, and the material is notoriously difficult to recycle at end-of-life. However, Armorock is countering this with a new initiative. Traditional Portland cement concrete is porous
Two recent contract awards highlight Armorock’s expanding footprint. infrastructure costs $276 billion annually
Armorock, by contrast, uses a thermosetting polymer resin system combined with graded aggregates. There is no water in the mix. There is no steel rebar. The result is a composite material that exhibits compressive strengths exceeding 20,000 psi (compared to 4,000 psi for standard concrete) and absorbs virtually zero moisture.
“For years, the knock on polymer concrete was cost and production bottlenecks,” said CEO Marcus Thorne in an exclusive interview. “We have automated the mixing and curing process to the point where Armorock is now cost-competitive with precast concrete over a 50-year life cycle. When you factor in zero maintenance and zero replacement, the savings are astronomical.”
The company is also exploring a partnership with a Canadian bio-resin startup to develop a lignin-based polymer for future products, which could make Armorock carbon-negative by 2028.