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LOW ELECTRICAL RESISTANCE

• TECTRON Cells have 35% more membrane area than electrode area, resulting in less electrical resistance.
• TECTRON Cells require less voltage to operate and lower the paint bath cooling load.

NO “DIRT” FORMATION

• The TECTRON Cell’s slender, circular profile promotes excellent paint flow completely around the cell.
• TECTRON Cells, with appropriate membranes, can be used in place of bare electrodes (which are a major source of sludge that can create paint film defects).

ED FILM-BUILD CONTROL

• Desired 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 safely remove the Electrode for routine inspections because it does not weigh much.
• The Membrane Shell has a three-inch diameter and weighs even less. 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

• The TECTRON Cell is fault tolerant. If a Cell is shut down, there is only minimal loss of anode area and minimal stress on the surrounding Cells.

ACID BALANCE

• Reduced acid removal rates can be achieved by appropriate choice of membrane.
• Acid balance yields less anolyte waste stream and less direct acid addition costs.

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.

BULLETIN 991101