Faster Construction. Lower Costs.
Low Cost, Environmentally Friendly Concrete Reinforcement
By its very nature capital infrastructure works are expensive, and maintenance is becoming more expensive. In the United States alone the estimated cost to repair corroded infrastructure is $300 billion annually. There is a better way.
Barchip’s synthetic fiber concrete reinforcement can reduce construction times, reduce labour and material costs and significantly decrease ongoing maintenance costs. Reinforce your concrete with a material that delivers higher concrete ductility, eliminates time consuming steel processes, lowers your environmental impact, and most importantly will never suffer from corrosion. Reinforce with Barchip’s synthetic fiber concrete reinforcement.
Get a Design for Your Project
Send us the design specifications for your project and we will show you what you can save by using Barchip’s synthetic fiber reinforcement system.
Roadway Paving
Barchip’s synthetic fiber concrete reinforcement has been used in hundreds of kilometers of concrete roadways. Our fibers improve fatigue resistance, eliminate costly steel processes, and lower pavement cost.
Using the TCP Paving system concrete pavements are up to 20% cheaper, 10cm thinner and can be laid on poor quality ground conditions.
Concrete Track Slab
Concrete track slab allows for increased train speeds, reduced track maintenance and increases the track design life by decades.
Barchip’s high performance concrete reinforcement eliminates difficult steel installation, reducing construction time and cost. Furthermore, issues with corrosion are eliminated and problems from stray currents are greatly reduced.
Concrete Track Slab
Concrete track slab allows for increased train speeds, reduced track maintenance and increases the track design life by decades.
Barchip’s high performance concrete reinforcement eliminates difficult steel installation, reducing construction time and cost. Furthermore, issues with corrosion are eliminated and problems from stray currents are greatly reduced.
Civil Works
A standard culvert (left) would normally need 2 to 3 days for a 4-man crew to form, pour and finish. Using Barchip’s synthetic fiber reinforced shotcrete, all 4 banks of this job were completed by 1 operator in just 1 day.
How much could you save with these productivity increases?
Marine Infrastructure
All concrete exposed to marine environments have one thing in common – corrosion. No matter what expensive solution you try, chances are your concrete will still suffer from corrosion.
Completely remove any risk of corrosion by using Barchip’s rust free, high performance concrete reinforcement.
Marine Infrastructure
All concrete exposed to marine environments have one thing in common – corrosion. No matter what expensive solution you try, chances are your concrete will still suffer from corrosion.
Completely remove any risk of corrosion by using Barchip’s rust free, high performance concrete reinforcement.
Precast Works
Barchip’s synthetic fiber concrete reinforcement can increase production output of precast elements by 50%. Our fiber reinforcement eliminates corrosion and reduces damage from impact and transport.
How much more could you achieve with a 50% production increase?
LATEST PROJECTS
BarChip Fibre Concrete Track Slab
In an Australian first, the Sydney metro concrete track slab replaces steel with corrosion free BarChip synthetic fibre. Find out more.
BarChip Fibre Reinforced Concrete Paving
BarChip synthetic fibre concrete reinforcement replaces steel reinforcement at the Ausgrid substation in Sydney, Australia, eliminating the risk of corrosion and electrical current surges through the paving.
Fibre Reinforced Concrete Floor & Roadway
BarChip macro synthetic fibre was incorporated into large sections of both the concrete roadways and facility floor flabs. BarChip was able to be used in both repair topping slabs and newly constructed pavements which offered great versatility to the project.
![Slope Stabilisation with EPC\\\](https://barchip.com/wp-content/uploads/2020/02/Slope-Stabilisation-with-EPCs-Synthetic-Fibre-Reinforcement-2_web.jpg "Slope Stabilisation with EPC\\\")
![](https://barchip.com/wp-content/uploads/2016/07/Slope-Stabilisation-with-EPCs-Synthetic-Fibre-Reinforcement-1_web.jpg "Slope Stabilisation with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Roadways-with-EPCs-Synthetic-Fibre-Reinforcement-3_web.jpg "Roadways with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Roadways-with-EPCs-Synthetic-Fibre-Reinforcement-2_web.jpg "Roadways with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Railways-with-EPCs-Synthetic-Fibre-Reinforcement-4_web.jpg "Railways with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Railways-with-EPCs-Synthetic-Fibre-Reinforcement-2_web.jpg "Railways with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Railways-with-EPCs-Synthetic-Fibre-Reinforcement-1_web.jpg "Railways with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Precast-Concrete-with-EPCs-Synthetic-Fibre-Reinforcement-2.jpg "Precast Concrete with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Precast-Concrete-with-EPCs-Synthetic-Fibre-Reinforcement-1_web.jpg "Precast Concrete with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Marine-Works-with-EPCs-Synthetic-Fibre-Reinforcement-2_web.jpg "Marine Works with EPC\")
![](https://barchip.com/wp-content/uploads/2016/07/Marine-Works-with-EPCs-Synthetic-Fibre-Reinforcement-1_web.jpg "Marine Works with EPC\")