Winfra manufactures high-performance Fusion Bond Epoxy (FBE) Tanks using advanced epoxy coating technology applied on premium-grade mild steel sheets. This state-of-the-art fusion process significantly enhances the steel’s resistance to corrosion, atmospheric weathering, and chemical exposure, ensuring superior durability, structural integrity, and extended service life. Designed for demanding municipal, industrial, infrastructure, and water treatment applications, Winfra FBE Tanks provide a reliable, hygienic, and maintenance-efficient solution for long-term liquid storage requirements.
FBEC (Fusion Bond Epoxy Corrugated) Tanks are manufactured using corrugated epoxy-coated steel sheets combined with an internal liner membrane for secure and hygienic water storage. These tanks are suitable for installations up to 12 meters in height and offer an economical, corrosion-resistant, and dependable storage solution with enhanced protection against contamination and chemical reactions.
FBE Tanks are constructed using plain epoxy-coated steel sheets with PU sealant-based leak-proof joints. Suitable for installations up to 25 meters in height, these tanks deliver exceptional strength, durability, and long-term performance for critical storage applications across industrial, municipal, and agricultural sectors.
Fusion Bond Epoxy (FBE) Tanks are ideal for a wide range of liquid storage applications, including:
All Winfra FBE/FBEC Tanks are designed and manufactured in compliance with internationally recognized standards, including:
Compliance with these standards ensures the highest levels of safety, quality, reliability, and performance across all projects and operating conditions.
Fusion bonded epoxy coating creates a uniform, durable protective layer that prevents rust and corrosion, ensuring long service life.
Designed to resist moisture, oxidation, and mild chemicals, making it ideal for water storage and treated liquid applications.
Smooth internal coating prevents bacterial growth, scaling, and contamination, making it suitable for potable water systems.
Factory-fabricated panels enable fast installation, easy transport, and scalable capacity expansion.
High-quality sealing systems ensure tight joints and zero leakage performance.
Epoxy coating reduces the need for frequent repainting or repairs, lowering operational costs.
High-strength steel panels provide durability and stability under varying load and environmental conditions.
Offers a balanced combination of performance, durability, and affordability compared to RCC and other storage options.
Suitable for water storage, firefighting systems, industrial use, and infrastructure projects.
Performs reliably in outdoor environments, varying temperatures, and industrial conditions.
Fusion Bonded Epoxy Tanks, Maximum Chemical Resistance | Industrial Powerhouse. Perfect for pharma, textile, oil & gas, aggressive wastewater – ₹50L+ lifecycle savings/ML
Tank Type
Fusion Bonded Epoxy (FBE) Coated Bolted Steel Tank
Capacity Range
10 KL to 10,000 KL+
Tank Diameter
Up to 40–50 meters (customizable)
Tank Height
Up to 20–25 meters
Panel Thickness
upto 20 MM
Coating Type
Fusion Bonded Epoxy (Electrostatic powder coating)
Coating Thickness
250–450 microns
Coating Process
Heat-fused epoxy coating for strong adhesion
Corrosion Resistance
Excellent (water & mild chemical resistance)
Sealing System
PU / EPDM sealant for leak-proof joints
Foundation Type
RCC circular foundation
Standards Compliance
AWWA D103, ISO, ASTM standards
Maintenance
Low maintenance, no frequent repainting
Tank Type
Fusion Bonded Epoxy (FBE) Coated Bolted Steel Tank
Capacity Range
10 KL to 10,000 KL+
Tank Diameter
Up to 40–50 meters (customizable)
Tank Height
Up to 20–25 meters
Material
High-strength mild steel panels
Panel Thickness
upto 20 MM
Coating Type
Fusion Bonded Epoxy (Electrostatic powder coating)
Coating Thickness
250–450 microns
Coating Process
Heat-fused epoxy coating for strong adhesion
Corrosion Resistance
Excellent (water & mild chemical resistance)
Sealing System
PU / EPDM sealant for leak-proof joints
Design Structure
Modular bolted panel system
Installation Time
Fast (modular assembly on-site)
Foundation Type
RCC circular foundation
Standards Compliance
AWWA D103, ISO, ASTM standards
Maintenance
Low maintenance, no frequent repainting
Applications
Water storage, firefighting, industrial liquids, STP/ETP
| Parameter | Specification | Competitive Edge |
|---|---|---|
| Coating Type | Fusion Bonded Epoxy (FBE) | 800µm DFT vs 300µm competitors |
| Application | Electrostatic spray + 250°C cure | Molecular fusion to steel |
| Dry Film Thickness |
Interior: 400–800µm Exterior: 200–300µm |
CSA Z245.20 Type 2 certified |
| Adhesion | ≥16 MPa (no delamination) | 1500–2200V holiday tested |
| Base Steel | IS 2062 E250 / CSA Grade | High tensile, impact resistant |
Coating Type
Fusion Bonded Epoxy (FBE)
800µm DFT vs 300µm competitors
Application
Electrostatic spray + 250°C cure
Molecular fusion to steel
Dry Film Thickness
Interior: 400–800µm
Exterior: 200–300µm
CSA Z245.20 Type 2 certified
Adhesion
≥16 MPa (no delamination)
1500–2200V holiday tested
Base Steel
IS 2062 E250 / CSA Grade
High tensile, impact resistant
| Component | Details | Assembly Advantage |
|---|---|---|
| Wall Panels | 2.0×3.5m (pre-coated) | No field coating needed |
| Sheet Thickness | 3–12mm (hydroformed) | Structural strength |
| Bolting | M12 | Torque: 70 Nm controlled |
| Sealing | PU sealant + EPDM | Triple barrier system |
Wall Panels
2.0×3.5m (pre-coated)
No field coating needed
Sheet Thickness
3–12mm (hydroformed)
Structural strength
Bolting
M12
Torque: 70 Nm controlled
Sealing
PU sealant + EPDM
Triple barrier system
| Parameter | Specification |
|---|---|
| Coating | 300–800µm DFT (BS EN 10289) |
| Steel | CSA Z245.20 Type 2 (internal) |
| pH Tolerance | 1–14 continuous |
| H₂S Resistance | Sour service certified (NACE RP0394) |
| Capacity | 10KL – 5ML |
Coating
300–800µm DFT (BS EN 10289)
Steel
CSA Z245.20 Type 2 (internal)
pH Tolerance
1–14 continuous
H₂S Resistance
Sour service certified (NACE RP0394)
Capacity
10KL – 5ML
Winfra’s Fusion Bond Epoxy (FBE) Tanks are engineered using advanced coating technology that combines the strength of steel with superior corrosion resistance. Designed for demanding industrial, water, wastewater, and process storage applications, FBE tanks deliver long service life, low maintenance, and reliable structural performance. Our technology ensures that every steel panel is protected with a high-performance epoxy coating that bonds seamlessly to the metal surface, creating a durable and uniform protective barrier.
Fusion Bond Epoxy is an advanced thermosetting coating system applied to specially prepared steel surfaces through an electrostatic process. The epoxy powder melts and chemically bonds to the heated steel surface, forming a hard, protective coating with exceptional adhesion and durability.
Every Winfra FBE panel passes through stringent quality inspection procedures to ensure performance and reliability.
This multi-level quality process ensures consistent coating integrity and long-term operational safety.
Winfra FBE tanks are designed for fast and efficient site installation using a top-to-bottom assembly method.
Accessories such as ladders, platforms, manholes, nozzles, and roof systems are integrated during installation based on project requirements.
Step-by-step engineered manufacturing with quality control.
| Model Category | Capacity Range | Typical Diameter | Typical Height | Panel Configuration | Typical Applications |
|---|---|---|---|---|---|
| Small Tanks | 10 KL – 100 KL | 2.5 – 6 m | 3 – 6 m | 1–3 rings | Residential, farms, small water storage |
| Medium Tanks | 100 KL – 1,000 KL | 6 – 12 m | 6 – 12 m | 3–6 rings | Commercial buildings, institutions |
| Large Tanks | 1,000 KL – 5,000 KL | 12 – 20 m | 10 – 18 m | 6–10 rings | Industrial water, firefighting systems |
| Industrial Tanks | 5,000 KL – 10,000 KL | 20 – 35 m | 12 – 22 m | 10–15 rings | Factories, power plants, STP/ETP |
| Mega Tanks | 10,000 KL+ | 30 – 45 m+ | 15 – 25 m+ | 15+ rings | Municipal projects, infrastructure |
Capacity: 10–100 KL
Diameter: 2.5–6 m
Height: 3–6 m
Rings: 1–3
Use: Residential, farms, small water storage
Capacity: 100–1,000 KL
Diameter: 6–12 m
Height: 6–12 m
Rings: 3–6
Use: Commercial buildings, institutions
Capacity: 1,000–5,000 KL
Diameter: 12–20 m
Height: 10–18 m
Rings: 6–10
Use: Industrial water, firefighting systems
Capacity: 5,000–10,000 KL
Diameter: 20–35 m
Height: 12–22 m
Rings: 10–15
Use: Factories, power plants, STP/ETP
Capacity: 10,000 KL+
Diameter: 30–45 m+
Height: 15–25 m+
Rings: 15+
Use: Municipal projects, infrastructure
Project images and real installation visuals.