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Ruthenium Based MMO Coated Titanium Anode For Seawater Electrolysis

Model Number:	HH-ANODE
MOQ:	1 square meter
Payment Terms:	L/C, T/T, Western Union
Supply Ability:	1000 ROLLS PER 30 DAYS

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

ISO9001-2015

Name:

Mmo Coated Titanium Anode

Substrate:

TA1/TA2

Mesh Type:

Expanded Mesh Sheet

Anode Shape:

Plate, Mesh, Tubular

Current Density:

≤ 1000 A/m2

Coating:

Pure Ruthenium

Mesh Aperture:

Max 5mmx10mm

Customized:

Shape, Size,

Packaging Details:

Water-proof, plastic paper, wooden case, pallet

Supply Ability:

1000 ROLLS PER 30 DAYS

Highlight:

Ruthenium Based MMO Coated Titanium Anode

Mmo Titanium Anode

Product Description

Ruthenium Based MMO Coated Titanium Anode

Ruthenium-based Mixed Metal Oxide (MMO) titanium anodes enhance corrosion resistance and stability in electrochemical applications. These insoluble anodes are classified by the gases evolved during reactions, with ruthenium oxide coated titanium anodes excelling in chlorine evolution processes.

Specifications of Ruthenium-based MMO Titanium Anodes

Substrate: TA1/TA2
Coating: Pure ruthenium, ruthenium-iridium, ternary ruthenium-iridium, multicomponent ruthenium-iridium mixed oxide formulations
Operating Environment: Hydrochloric acid, electrolyzed seawater, and electrolyzed brine environments
Dimensions: Customized according to requirements
Shape: Plate, mesh, tubular
Current Density: ≤ 1000 A/m²

Expanded Mesh Technical Data

Overall Thickness	Design Size (in.)	Opening Size (in.)	Strand Size (in.)
	SWD	LWD	SWO	LWO	Width	Thickness
.050	.140	.280	.085	.185	.029	.024
.070	.165	.400	.115	.260	.035	.024
.060	.230	.500	.170	.370	.036	.024
.083	.220	.400	.140	.240	.035	.024
.085	.220	.400	.140	.240	.045	.030
.080	.270	.600	.200	.440	.045	.024
.088	.270	.600	.200	.440	.050	.030
.172	.630	1.575	.428	1.260	.110	.060

Features of Ruthenium-based MMO Titanium Anodes

Customizable coating formulations for various operating environments with improved nanoscale refined grains for enhanced bonding and electrocatalytic performance
Reduced chlorine evolution overpotential extends service life while maintaining excellent corrosion resistance
Customizable dimensions and shapes to meet specific operational requirements
Recoating services available for substrate reuse, providing significant cost savings

Application Fields