Shijiazhuang Zhengzhong Technology Co., Ltd (Center Enamel) is the premier global manufacturer of Fusion Bonded Epoxy (FBE) Tanks, combining over 30 years of engineering expertise with a strategic partnership with AkzoNobel, a world leader in high-performance coatings.
Our FBE technology utilizes a specialized electrostatic spray process where epoxy powder is thermally fused to a pre-heated steel substrate, creating a molecularly cross-linked barrier that provides superior protection for industrial, municipal, and agricultural applications.
Our collaboration with AkzoNobel leverages Resicoat® R4-ES for internal surfaces and INTERPON D2015 for external durability. This dual-layer system ensures chemical inertness on the inside and UV resilience on the outside, meeting the most rigorous international benchmarks.
We adhere to rigorous international design codes to ensure structural resilience across all jurisdictions:
● AWWA D103-09: Governing shell thickness and bolted joint integrity for factory-coated steel.
● ISO 28765:2016: Specifically governing high-performance coatings for bolted steel tanks.
● ASCE 7-22: Engineered for site-specific environmental loads, including high wind speeds (up to 250 km/h) and seismic resilience.

In the modern industrial landscape, liquid storage infrastructure is evaluated by its Total Cost of Ownership (TCO) and Structural Resilience. Fusion Bonded Epoxy (FBE) tanks from Center Enamel offer a superior alternative to traditional concrete and welded steel, combining factory-precision coating with modular assembly speed.
Below is a technical analysis of why FBE technology is the global engineering choice for potable water, industrial wastewater, and fire suppression systems.
Unlike field-applied paint, FBE is a thermoset polymer that is electrostatically applied and thermally fused to a pre-heated steel substrate. This creates a high-density, molecularly cross-linked barrier.
● Zero-Discontinuity Guarantee: Every panel undergoes a high-voltage Holiday Test (≥1100V) to ensure the coating is 100% free of pinholes or microscopic defects.
● Edge Protection Technology: The electrostatic process ensures uniform coverage of panel edges and bolt holes, critical areas where traditional coatings typically fail.
● Chemical Versatility: Tested for stability across a wide pH range (3 to 13), making these tanks ideal for aggressive industrial effluents and chemical brines.
FBE tanks are engineered to survive extreme physical stress and environmental conditions.
● High Impact Resistance: Tested to ASTM G14 standards (Pass >18J), the coating resists cracking and chipping during international transport and site handling.
● UV & Weather Stability: Utilizing AkzoNobel Interpon topcoats, our tanks maintain color and gloss integrity even in high-UV environments like the Middle East (as seen in our Saudi Arabia Fire Water Projects).
● Seismic & Wind Compliance: Engineered to ASCE 7-22, our modular tanks provide the flexible strength necessary for high-seismic zones and wind speeds up to 250 km/h.
Modular construction offers a strategic advantage in project timelines and site footprint.
● Rapid Deployment: Bolted FBE tanks can be commissioned in 1/3 the time required for reinforced concrete, with no on-site welding or climate-sensitive curing required.
● Logistical Superiority: High-density packing in standard shipping containers significantly reduces international freight costs—a major advantage for projects in Southeast Asia and Africa.
● Field Repairability: Unlike Glass-Fused-to-Steel, FBE coatings can be easily repaired on-site if mechanical damage occurs, ensuring continuous operation without tank replacement.
- Conform to AWWA D-103/09 and OSHA international standards.
- FBE Tanks engineering calculation
- FBE Tanks design & construction drawings
- FBE tanks 3D drawings
Suitable for covered storage tanks, tall storage tanks, and engineering sites where working at height is restricted or hazardous. These jacks are typically transported together with tank kits and allow most of the work to be completed within 2.4 meters from the ground.
The first ring panel and top cover are safely constructed on the ground. The tank is then lifted using jacks, and the next ring is built. After the final ring is completed, the tank is lowered onto the base ring.
Applicable to open-top storage tanks and areas where importing jacks is difficult due to customs regulations.
The first ring panel is directly built on the foundation. Subsequent rings are constructed in situ on lower rings. The top cover or hood can be built in situ or on the ground and then placed using a crane.
Industrial Wastewater Storage
Municipal Sewage Storage
Municipal Sludge Storage
Leachate storage
Biogas Storage
Anaerobic Digester
Biofuel Storage
Drinking Water Storage
Agricultural Water Storage
Demineralised Water Storage
Fire Water Storage