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This project involved the application of a high-performance Epoxy Vinyl Ester FRP (Fibre Reinforced Plastic) System to a chemical tank base and surrounding containment floor.
The system was designed to provide a seamless, durable and chemical-resistant protective barrier, helping to protect the concrete substrate against chemical spills, leakage, corrosion and aggressive industrial exposure.
b. Project Information
Industry: Chemical / Industrial Manufacturing
Area: Chemical Tank Base & Containment Area
Substrate: Concrete
System: Epoxy Vinyl Ester FRP System
Project Objectives:
Typical System Build-Up:
d. Design & Application Challenges
Chemical tank areas are considered high-risk flooring environments because accidental leakage or chemical spills may rapidly damage unprotected concrete.
Key considerations included:
e. Result
The completed Epoxy Vinyl Ester FRP System provides the chemical tank area with:
f. FAQ
Q1. Why use Epoxy Vinyl Ester FRP around chemical tanks?
It provides significantly enhanced protection where floors may be exposed to aggressive chemicals, spills and leakage.
Q2. What is the purpose of fibreglass reinforcement?
Fibreglass strengthens the resin system and creates a more robust protective barrier over the concrete substrate.
Q3. Can normal epoxy flooring be used instead?
It depends on the chemical exposure. For aggressive chemical environments, a properly selected Vinyl Ester FRP system may provide better chemical protection than conventional epoxy coating.
Q4. Is every Vinyl Ester FRP specification the same?
No. Resin type, reinforcement, thickness and system design should be selected according to the actual chemical, concentration, temperature and exposure conditions.
Q5. Where is this system commonly used?
Typical applications include chemical tank bases, bund areas, chemical storage rooms, wastewater treatment areas, plating facilities and chemical processing plants.
The system was designed to provide a seamless, durable and chemical-resistant protective barrier, helping to protect the concrete substrate against chemical spills, leakage, corrosion and aggressive industrial exposure.
b. Project Information
Industry: Chemical / Industrial Manufacturing
Area: Chemical Tank Base & Containment Area
Substrate: Concrete
System: Epoxy Vinyl Ester FRP System
Project Objectives:
- Protect concrete against chemical attack
- Improve resistance to chemical spills and leakage
- Prevent chemical penetration into the substrate
- Provide a seamless protective lining
- Improve durability and service life
- Reduce future repair and maintenance requirements
Typical System Build-Up:
- Concrete substrate inspection
- Mechanical surface preparation
- Crack, joint and damaged concrete repair
- Chemical-resistant primer
- Epoxy Vinyl Ester resin layer
- Fibreglass reinforcement / FRP lamination
- Additional Vinyl Ester resin saturation layer
- Chemical-resistant finishing / topcoat
d. Design & Application Challenges
Chemical tank areas are considered high-risk flooring environments because accidental leakage or chemical spills may rapidly damage unprotected concrete.
Key considerations included:
- Chemical type and concentration
- Continuous or intermittent chemical exposure
- Tank base and floor detailing
- Corners, joints and termination points
- Proper bonding between FRP system and concrete
- Achieving complete fibreglass resin saturation
- Creating a continuous and seamless protective barrier
e. Result
The completed Epoxy Vinyl Ester FRP System provides the chemical tank area with:
- Excellent chemical resistance
- Strong protection of the concrete substrate
- Seamless FRP protective barrier
- Improved resistance against chemical penetration
- Durable and easy-to-maintain surface
- Cleaner and more professional appearance
- Longer-term protection for the chemical containment area
f. FAQ
Q1. Why use Epoxy Vinyl Ester FRP around chemical tanks?
It provides significantly enhanced protection where floors may be exposed to aggressive chemicals, spills and leakage.
Q2. What is the purpose of fibreglass reinforcement?
Fibreglass strengthens the resin system and creates a more robust protective barrier over the concrete substrate.
Q3. Can normal epoxy flooring be used instead?
It depends on the chemical exposure. For aggressive chemical environments, a properly selected Vinyl Ester FRP system may provide better chemical protection than conventional epoxy coating.
Q4. Is every Vinyl Ester FRP specification the same?
No. Resin type, reinforcement, thickness and system design should be selected according to the actual chemical, concentration, temperature and exposure conditions.
Q5. Where is this system commonly used?
Typical applications include chemical tank bases, bund areas, chemical storage rooms, wastewater treatment areas, plating facilities and chemical processing plants.
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