|Minimum Order Quantity||5 Piece|
Hydrocell-T Anode cell
HydroCell-T cells provide the clients with maximum throw power, high efficiency and long life. Standard electrode material is 316L stainless steel seamless pipe. For special requirements, ruthenium coated titanium is used for longer life. There is outer mesh grill to protect the ion exchange membrane. The features are easy handle, power saving and low resistance. Hydrotech developed the ion exchange membrane welding technology. This update makes HydroCell –T performance and construction improved significantly.
Closed Head Cells
Closed Head Cells can be installed below the edge of ED tank and usually be used as flushable top/bottom cells to bring the paint film on floor pans and rocker panels to the desired thickness.
Open Head Cells
Open Head Cells are most regular type for E-coat process. The anolyte circulation water overflows from each cell. It gives low pressure inside cells to prevent from the damage or leakages due to water circulation pressure. The special top head design provide with clean looking and easy installation.
HydroCell- C Anode Cells
HydroCell-C Cells provide the clients with a larger effective area, reliable performances, easy replacement.
The membrane can be replaced separately without any change on the whole anode cell. The standard electrode material is 316L stainless steel. There is an outer mesh grill to protect the membrane.
HydroCell-C Cells are ideal for all types of E-coating paint tanks. These Anode cells are lightweight, easy to maintain, economical, and provide greater efficiency.
C15 Anode Cells
HydroCell-C15 is an updated model of anode cell from Hydrotech. The improvements made are cells lighter in weight and less thickness. It saves the installation spaces in the E-coat pain tank as well. The effective area of the C15 cell is taken as the front 110 degrees.
C13 Anode Cells
HydroCell-C13 Cells are the most popular anode cells for E-coat paint tanks. The electrode is one piece semi-circle with the bus bar welded across the top of the half-round anode for ease in lifting and connecting to the power cable. The effective area of the C13 cell is taken as the front effective 180 degrees.
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