Our Vinyl Ester Resin Monolithic Casting FRP Electrolytic Cells are engineered to meet the most rigorous demands of global tankhouse operators. Designed for the production of high-purity nonferrous metals including copper, zinc, nickel, cobalt, and lead, these cells prioritize absolute safety for personnel and the environment while ensuring maximum operational availability throughout the plant's entire lifecycle.
Utilizing a patented three-layer composite material system, our electrolytic cells offer a seamless integration of chemical resistance and structural strength. This advanced monolithic construction allows for effortless upgrades of complementary equipment, such as anodes, cathodes, and acid mist control devices, ensuring your facility remains at the forefront of electrolytic process efficiency.
| Internal Layer | Multi-layer Fiber-Reinforced Vinyl Ester Resin (FRP) | Core Material | Patented Polymer Concrete Structural Core |
|---|---|---|---|
| External Layer | Standard FRP Seal / Multi-layered Oriented Fiber Reinforcement | Service Life | 20+ Years Guaranteed Warranty |
| Compliance | International Chemical Barrier Norms | Installation Speed | 25% Faster than Conventional Polymer Concrete Cells |
| Design Type | Monolithic Casting with Rounded Internal Shape | Reinforcement | Internal Bidirectional Pultruded FRP Bar Mesh |
| Application | Nonferrous Metal Refining (Cu, Zn, Ni, Co, Pb) | Seismic Protection | External Seismic Reinforcement Blocks |
The monolithic internal tank uses premium vinyl ester resin to ensure long-term impermeability and zero leakage in corrosive environments.
Tight dimension tolerances and innovative design reduce erection, alignment, and leveling time by over 25%.
Smooth, non-stick internal surfaces minimize contaminant adhesion and resist operating abuse, slashing cleaning overhead.
Rounded internal shapes and optional sloped floors facilitate rapid water sweeping and sludge drainage.
Equipped with pultruded FRP bar mesh and seismic blocks to maintain integrity even during catastrophic events.
Lateral wall collaboration protocols reduce normal operating stress levels by approximately 40%.
Certified under ISO9001 and ISO14001 management systems to ensure consistent product excellence.
Continuous development and introduction of advanced FRP molding technologies for industry-leading performance.
Proven track record of successful installations across the USA, Brazil, Japan, Germany, India, and Malaysia.
A dedicated team of over 50 professionals specializing in chemical equipment and FRP production.
Comprehensive solutions including FRP pipes, storage tanks, and specialized molding machinery.
Reliable post-sale support and customized engineering to meet specific tankhouse operational needs.
| Feature Comparison | Conventional Polymer Concrete | Aoliande Monolithic FRP |
|---|---|---|
| Installation Time | Standard Duration | 25% Reduction |
| Corrosion Lifespan | Variable / Prone to Leaks | 20+ Years Guaranteed |
| Maintenance Needs | Frequent Cleaning/Repair | Minimum Cost / Non-stick |
| Structural Stress | Standard Load Distribution | 40% Stress Reduction |
| Water Consumption | High Cleaning Requirement | Minimum Usage/Rapid Drainage |
Monolithic casting creates a seamless, three-layer integrated structure that eliminates joints and weak points, ensuring total impermeability and superior resistance to chemical corrosion compared to traditional assembled cells.
Our cells are specifically designed for the high-purity production of copper, zinc, nickel, cobalt, lead, and other nonferrous metals, meeting the strictest chemical barrier norms.
The warranty covers the monolithic internal tank's integrity, guaranteeing continuous service without leakage or structural flaws when operated under normal conditions as specified in the project guidelines.
Yes. Thanks to consistently tight dimension tolerances, our cells are ideal for demanding applications, including plants utilizing automated crane systems for efficiency.
Safety is ensured through a combination of internal bidirectional pultruded FRP bar mesh reinforcement and sturdy external seismic reinforcement blocks that confine the floor supports.
The rounded internal shapes and optional sloped floors allow for more efficient water sweeping and drainage of heavy sludge, requiring significantly less water for cleaning.
