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Dimensionally Stable Anode and Cathode (Titanium, Nickel & Steel)

MGC FOR ZERO GAP TECHNOLOGY

Zero-Gap MGC - Characteristics Compensates for Fatigue of Cathode Springs Flat Cathode Profile – No “Pinch” Points Improved IR Drop (Anode-Cu Voltage) Cathode “Recoating” done by replacing Flynet at Site  Coatings for Polarized and Non-Polarized Cell Rooms    For more information, please feel free to contact us chloralkali@tiaano.com or visit our webpage www.tianode.com Will share our credentials (client list, performance ce... [More]

ZERO GAP CONDITION BETWEEN CATHODE MESH AND MEMBRANE

Objective Elastic element fills the gap between cathode & membrane. Better current density distribution. Elasticity can long last & durable performances in the life. Longer membrane life and lower cell voltage with more or less the same caustic faraday efficiency  Components Nickel Mattress: assuring a perfect “zero-gap” condition between cathode mesh and membrane. Activated Nickel Flynet: fine woven mesh, activated with a MMO coating specific for “zero-gap” ... [More]