Long Serive Life FRP Electrolytic Cells Polymer Concrete Cell for Electrowinning or Electrorefining

• Customization: Available
• Capacity: >1000L
• Condition: New
• Model NO.: Concrete Cell
• Transport Package: Steel Frame, Wood Saddle
• Specification: 11000*1600*2200mm or Customized
• Trademark: Aoliande
• Origin: Hebei, China
• HS Code: 8543300090
• Production Capacity: 5000 Pieces/Month

Product Description

Benefits of FRP Electrolytic Cells
1.Long-term impermeability, free of corrosion, 20+ years warranty
Our monolithic internal tank manufactured with multiple layers of fiber-reinforced premium
vinyl ester resin. It has continuous service without leakage, free of corrosion and structural flaws
which operating under normal conditions as specified for each project.
2.Swift, accurate and less costly installation
Electrolytic cells include features that allow reduction of 25% or more in time needed for cell
erection, alignment and leveling compared to time required with conventional polymer concrete
cells. Dimension tolerances for electrolytic cells are consistently tight, simplifying installation in
the most demanding applications, including plants with automated crane systems.
3.Minimum cleaning time and water consumption
The rounded internal shape, optional sloped cell floors, and smooth, flat finish of the internal tank,
facilitate water sweeping and drainage of heavy sludge, with reduced water usage and accelerating
return to service after each cleaning.
4.Minimum maintenance cost
The robust, virtually impervious internal tank that is chemically bound to the polymer concrete
structural core during molding is tolerant to operating abuse its smooth, non-stick surfaces
minimize adhesion of contaminants.
5.Maximum operational safety
The structural core of electrolytic cells is bolstered with sturdy external seismic reinforcement
blocks confining its floor supports, and includes a robust, internal bidirectional,pultruded
FRP bar mesh reinforcement which positively maintains integrity should the cell fail due to
catastrophic events. Electrolytic cell installation protocols call for lateral wall collaboration between
cells, thus reducing stress levels of cell around 40% under normal operating conditions.