Ecobar® Applications

Ecobar® composite rebar was especially developed for demanding fields of application in aggressive environments, where reinforcement bars have to withstand permanently high mechanical and corrosive loads. Ecobar® FRP Rebar has outstanding properties for such requirements. For example:

Transportation Infrastructure

Embedded in highway pavements, bridge barriers, and parking garages to prevent concrete spalling caused by de-icing road salts.

Residential and Foundations

Used in slab-on-grade foundations, retaining walls, swimming pools, and water tanks where long-term moisture contact is expected

Marine and Coastal Structures

Used in seawalls, piers, jetties, bulkheads, and bridge decks because it does not rust or degrade when exposed to saltwater and marine chlorides

Tunnels and Underground Construction

Ideal for metro, railway, and utility tunnels where it resists aggressive groundwater chemistry and eliminates stray electrical current corrosion.

Wastewater and Chemical Plants

Deployed in containment structures, wastewater treatment tanks, and chemical processing facilities due to its high resistance to harsh acids, bases, and corrosive process residues

Precast Concrete Elements

Precast factories can adopt GFRP without major process changes. GFRPs lighter weight makes precast units easier to lift, cheaper to transport, and less demanding on heavy lifting equipment

Agricultural Structures

Deployed in slurry tanks, silage pits, and livestock housing where constant exposure to ammonia, manure acids, and moisture rapidly corrodes steel reinforcement — conditions Ecobar® is immune to.

Medical and Research Facilities (MRI Rooms)

Utilized in hospitals and diagnostic laboratories because it is non-magnetic and electrically non-conductive, preventing distortion of sensitive magnetic fields. 

Solar and Renewable Energy Infrastructure

Used in solar farm foundations and mounting structures where non-conductivity and corrosion resistance extend structure life in exposed, unmanned installations with minimal maintenance access.