6*12 mm Aperture Titanium Expanded Mesh for Chlor-Alkali Cells is a specialized titanium anode mesh manufactured from industrial-grade pure titanium (Gr1) through precision stamping and expanding processes. Its uniform aperture structure ensures optimal electrolyte flow and current distribution, while the seamless expanded design provides superior mechanical integrity and corrosion resistance.

Engineered as a critical component for electrolyzers, 6*12 mm Aperture Titanium Expanded Mesh for Chlor-Alkali Cells offers exceptional durability in highly corrosive environments. The optimized structure supports efficient coating adhesion and accommodates standard cell configurations, making it an ideal solution for chlor-alkali production systems requiring long-term operational reliability.

Products Specifications

Material: Gr1 Titanium

Dimensions: 554*274 mm

Thickness: 3 mm

Hole Size: 6*12 mm

Mesh Type: Expanded Mesh

Products Features

Seamless Monolithic Structure: Manufactured through integrated expanding technology, eliminating weak joints found in traditional welded designs to prevent seam corrosion risks at the source.

Electrolysis-Efficiency Optimized Design: Unique aperture topology validated by fluid dynamics simulation ensures optimized electrolyte turbulence and rapid gas bubble release for sustained high-efficiency electrolysis.

Coating Compatibility: Micron-level surface roughness control provides three-dimensional anchoring interfaces for precious metal catalytic coatings, extending catalyst system service life.

Intrinsic Corrosion Resistance: The self-passivating nature of titanium forms stable protective films under strong oxidizing conditions, resisting chloride ion penetration.

Structural Adaptability: Combines rigid support with elastic deformation tolerance to absorb thermal expansion stresses, maintaining long-term sealing integrity of electrode assemblies.

Lightweight Structural Advantage: Achieves weight reduction through optimized material thinning while retaining mechanical strength, simplifying cell assembly and reducing structural load without compromising conductivity.

applications

Ion-Exchange Membrane Electrolyzer Anode Substrate: As a catalyst support, this titanium mesh withstands electrochemical reactions under high current density, ensuring stable voltage efficiency in long-term operation of membrane electrolyzers.

Diaphragm Electrolyzer Retrofit: Replacing traditional nickel mesh, it effectively solves corrosion issues caused by electrolyte penetration between compartments, significantly extending cell service life in high-temperature caustic environments.

High-Salinity Wastewater Treatment Systems: Demonstrates exceptional pitting corrosion resistance in high-chloride wastewater, suitable for electrolytic oxidation of industrial wastewater containing complex organics.

PEM Water Electrolysis Stacks: Meets special material requirements for PEM electrolyzer bipolar plates, maintaining structural integrity and electrical conductivity under acidic and high-pressure conditions.

Electrochemical Synthesis Reactors: Serves as electrode scaffolding in strongly oxidizing electrolytes, providing reliable platforms for electrosynthesis of high-value chemicals.

Electrolysis R&D Testing Platform: Offers reusable test electrodes for standardized new process development, accelerating lab-scale validation and industrialization of novel electrolysis technologies.