Low Electrical Resistance

• TECTRON Tubular Membrane Electrode (ME) Cells have as much as 35% more membrane area than electrode area, resulting in less electrical resistance than box or C Cells
• TECTRON Cells require less voltage to operate and so there is less electrical energy that is turned into excess heat that has to be cooled with chilled water.

No “Dirt” Formation

• TECTRON ME Cells smooth features, and small, circular profile promotes excellent paint flow completely around the cell even in the largest 5" size TECTRON Cell. 
• TECTRON ME Cells, with appropriate membranes, can be used in place of bare electrodes (which are a large source of sludge that can create paint film defects).

ED Film-Build Control

• Desired E-coat film build can be achieved through proper selection of Cell materials and design, and electrical system integration.
• Uniform film build distribution can lower production costs.

Lightweight, Two-Part Design

• One person can usually remove the Electrode for routine inspections because it weighs less than 50 pounds.
• The Membrane Shell is light weight can can be carried by one person. Its unitary construction has no bolts or joints, which are prone to leaks.

Monitoring Systems

• Sensors and other specialized tools can collect accurate data. This enables system operators to use SPC to forecast system maintenance and repair.

Fault Tolerant

• TECTRON ME Cells offer a fault tolerant desgin. If one or more Cells are shut down, there is only minimal loss of anode area and minimal stress on the surrounding Cells.

Adaptable Placement

• Cells can be positioned easily in the ED tank to avoid conflict with eductor piping.
• Fully submergible Cells can be placed under or over the automotive body.