BarChip Reinforced Shotcrete Helps Make the Toughest Jobs Possible
BarChip macro synthetic fiber reinforcement was able to stabilise the remote embankment.
Grandis Close Eliminates Steel Mesh From Townhouse Slabs
Grandis Close 19 townhouse development reinforced the engineered concrete slabs with Barchip syntehtic fibers.
Legacy Way Tunnel Cross Passages
Cast in Situ final lining of the Legacy Way Cross Passages reinforced with Barchip Synthetic Fiber Concrete Reinforcement.
Euclid Creek Starter and Exit Tunnels
Barchip Synthetic Fiber Reinforcement used as the primary reinforcement in the Cast In Place Final Lining at the Euclid Creek Starter and Exit Tunnels.
Culvert Bank Stabilisation – Project Time Reduced from 4 Days to 1.
BarChip structural synthetic fiber was chosen to meet the design life requirements, eliminate the risk of salt water corrosion and improve the structural integrity of the substrate.
Barchip MSFR Concrete Segments at the Harefield to Southall Gas Pipeline Tunnel
The precast concrete segmental lining of the Harefield to Southall tunnel is solely reinforced with Barchip’s synthetic fiber concrete reinforcement.
Electric Tramway – Szeged, Hungary
Elasto Ballast Track Slab is the new standard for modern rail ballast track.
Cerro Sombrero Highway, Chile
BarChip fibers were used to completely replace crack control steel in this pioneering road design
Malaga Rail Tunnel – Barchip Synthetic Fiber Reinforced Precast Segmental Lining
Barchip Synthetic Fiber Reinforced Precast Segmental Lining used on the Malaga Rail Tunnel.
Artigas Road Highway Rehabilitation Using Barchip Fiber Reinforced Ultra Thin Whitetopping
Ultra Thin Whitetopping is a bonded, fiber reinforced concrete overlay with closely spaced joints.
Ultra Thin Pavement Slab Design with TCPavements and Elasto Plastic Concrete
TCP designs optimise the dimensions of concrete pavement slabs. TCP slabs are smaller than typical concrete slabs which allows them to better share the load of heavy vehicles
Barchip Fiber Reinforced Shotcrete 35% Faster than Mesh and Bolts.
Methven (2004) shows that fiber reinforced shotcrete (FRS) has significantly faster development times compared with mesh and bolt ground support systems.