BarChip macro synthetic fibre reinforced the 55,000m² industrial flooring works of BMW’s first South American manufacturing facility, supporting lean construction and rapid project delivery.
Discover the HelloParks Jointless Floor, a 42,000 m² warehouse floor reinforced solely with BarChip macro synthetic fibre.
Even the best mix and placement can mean little without proper curing. Discover why curing is critical to the strength and durability of fibre reinforced concrete.
The Atlanta Plane Train Tunnel West Extension used fibre reinforced shotcrete for primary ground support beneath one of the world’s busiest airports.
The Downtown Bellevue Tunnel (DBT) demonstrates how performance-based specifications and BarChip fibre reinforced shotcrete helped achieve on-time, under-budget delivery.
BarChip macro synthetic fibre is simplifying track slab construction on the Gold Coast Light Rail by eliminating steel reinforcement and saving time on site.
Micro and macro synthetic fibres play very different roles in concrete. This article explains how each fibre works, where it should be used, and why choosing the wrong fibre leads to costly performance issues.
BarChip fiber reduced reinforcement carbon footprint by 75% in Morningstar’s new monolithic slab, eliminated 37,000 lbs of steel and shortened construction time for the contractor.
Pageland Dragstrip upgraded its deteriorating asphalt surface with a 6-inch BarChip MQ58 fiber reinforced concrete slab, delivering improved durability, long-term performance and a clean, fiber-free finish.
When it comes to fibre reinforced concrete flooring, BarChip MQ58 sets itself apart by delivering a unique triple benefit package.
In total, 438.7 tonnes of steel reinforcement was replaced with just 19 tonnes of BarChip48 macro synthetic fibre. Along with simplified logistics and faster construction, this change resulted in a direct carbon reduction of 900 tCO2-eq.
Find out how BarChip fibre enables low carbon concrete by eliminating steel reinforcement, reducing material use and supporting efficient, durable designs that cut embodied carbon across every stage of construction.