Application / Industrial & Chemical Infrastructure
Industrial & Chemical Infrastructure
Chemical & Petrochemical Plants
Chemical & Petrochemical Plants
Applications

Processing tanks, chemical containment pits, and neutralization basins
Acid-resistant flooring, trenches, and foundation slabs
Structural supports in corrosive or high-humidity zones
Why GFRP Rebar?

100% corrosion-resistant to acids, alkalis, chlorides, and solvents
Maintains strength in chemical exposure and temperature variations
Eliminates costly cathodic protection or epoxy coatings
Why GFRP Mesh?

Used for crack control in acid-proof flooring and drainage channels
Non-conductive → prevents stray current corrosion near electrical systems
Lightweight → simplifies retrofit or repair work inside containment zones
Oil, Gas & Refinery Facilities
Oil, Gas & Refinery Facilities
Applications

Cooling towers, brine channels, and pump foundations
Spill containment walls and chemical storage bases
Offshore and onshore process areas exposed to salt and vapor corrosion
Advantages

Resistant to hydrocarbons, saltwater, and sulfuric gases
No rust or delamination even under high-saline vapor
Non-sparking and safe for explosion-proof environments (ATEX zones)
Fertilizer, Mining & Process Plants
Fertilizer, Mining & Process Plants
Applications

Fertilizer mixing basins, mineral tanks, and process floors
Sludge beds, acid leach tanks, and exhaust scrubber foundations
Benefits

Chemical and UV resistance in open process environments
Prolonged service life under constant chemical exposure
Zero leaching → safe for soil-contact and environmental containment
Food & Beverage Manufacturing Plants
Food & Beverage Manufacturing Plants
Applications

Wash-down areas, bottling plants, and production slabs
Wastewater collection pits, trench covers, and effluent tanks
Why GFRP Rebar & Mesh?

Non-corrosive in chlorine and disinfectant exposure
Prevents contamination — no metallic rust or residue
Non-conductive → safe for automated machinery and conveyors
Power Generation & Cooling Systems
Power Generation & Cooling Systems
Applications

Cooling towers, water treatment basins, and exhaust ducts
Transformer pads and underground electrical chambers
Advantages

Non-magnetic and non-conductive for electrical safety
Corrosion-free reinforcement under constant humidity
60–80% reduction in lifecycle maintenance costs
Design & Standards
Design & Standards
ACI 440.1R
Guide for Design and Construction with FRP Reinforcement
ASTM D7957
Specification for GFRP Bars for Concrete

ACI 350
Environmental Engineering Concrete Structures
NACE MR0175 Compliance
Resistant to chemical corrosion in industrial exposure

ISO 9001
ISO 9001 Manufacturing Certified (where applicable)
Technical Advantages

Property
GFRP Rebar
GFRP Mesh
Weight
¼ of steel
Lightweight, easy to cut onsite
Corrosion Resistance
Complete
Complete
Conductivity
Non-conductive
Non-conductive
Chemical Resistance
Excellent
Excellent
Thermal Stability
Up to 180°C
Stable under industrial conditions
Service Life
75–100 years
75–100 years
Example Projects

Project
Location
Application
Outcome
Dow Chemical Processing Plant
Louisiana, USA
GFRP rebar in containment tanks & trench slabs
Eliminated corrosion issues, 40% installation time savings
Shell Refinery Upgrade
Texas, USA
GFRP mesh in acid-wash flooring and cooling tower bases
Maintenance-free surface after 5+ years of operation
BASF Industrial Facility Expansion
Michigan, USA
Rebar for chemical basins and underground pits
0 corrosion incidents; 60-year structural design life
Nutrien Fertilizer Complex
Saskatchewan, CA
GFRP reinforcement in acid leach tanks
High chemical durability and 50% lower maintenance
Coca-Cola Beverage Plant
Georgia, USA
GFRP mesh in wash-down slabs and drains
Hygienic, non-corrosive flooring with zero contamination
ROI & Lifecycle Impact

Factor
GFRP
Steel
Initial Cost
~1.4× steel
Low
Maintenance
Minimal
Frequent
Chemical Resistance
Excellent
Moderate
Service Life
80 – 100 yrs
20 – 30 yrs
Life-Cycle Cost
$0.55–$0.65
Baseline $1.00
Downtime Impact
Negligible
High (repairs)
Sustainability & Safety Impact
Sustainability & Safety Impact
Zero rust, zero leaching → safe for environmental containment
70% lower embodied CO₂ than steel

Lightweight → lower logistics and handling emissions
Non-sparking, non-toxic, and fire-safe resin systems available
Choose G-Bar Rebar and Mesh!
100% Corrosion-Resistant . Durable . Lightweight
Contact Us

Corrosion-proof composite rebar and mesh for infrastructure: commercial buildings, bridges,
highways, marine, industrial, and LEED buildings.
Product
G-Rebar G-Mesh G-Bend
Learn
Zero Corrosion Lightweight Non-Conductive High Strength Sustainability Code Compliance
Applications
Residential and Commercial Bridges & Highways Marine & Coastal Industrial/Chemical Wastewater Plants Healthcare & Labs LEED Buildings
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