In the field of advanced electrochemical materials, Titanium Suboxide—specifically the Magnéli phase (Ti_nO_2n-1, where n=4 is predominantly utilized)—has become a critical structural and conductive material. Unlike standard titanium dioxide (TiO₂) insulators, Magnéli phase Ti₄O₇ exhibits metallic-level electrical conductivity while maintaining extraordinary anodic stability in highly corrosive environments.

High-purity titanium suboxide powder is produced using strictly controlled atmospheric reduction protocols, ensuring the batch-to-batch phase consistency required for the following demanding applications.
 

1.  Advanced Batteries (VRFB & Lead-Acid)
   Titanium suboxide powder is increasingly critical in next-generation energy storage.
   ▪ Vanadium Redox Flow Batteries (VRFB): Operating in highly acidic electrolytes, VRFBs require bipolar plates with exceptional corrosion resistance and conductivity. Utilizing Ti₄O₇ powder as a conductive filler in polymer composites prevents the rapid degradation seen in traditional carbon-based plates, significantly enhancing the energy efficiency and lifecycle of the stack.
   ▪ Lead-Acid Batteries: By integrating Ti₄O₇ powder into the active mass or grid structure, manufacturers can physically inhibit sulfation and grid corrosion. Its resistance to anodic oxidation in sulfuric acid ensures high charge acceptance in Partial State of Charge (PSoC) applications.
    
2. Raw Material for ICCP Anode Manufacturing
   For Impressed Current Cathodic Protection (ICCP) systems protecting offshore platforms and underground pipelines, longevity is paramount. Anode manufacturers utilize Ti₄O₇ powder to produce sintered ceramic anodes or conductive coatings on titanium substrates. These end-products can withstand extreme current densities in seawater without anodic dissolution, vastly outperforming traditional graphite or mixed metal oxide (MMO) coatings over decades of operation.
    
3. Electrochemical Water Treatment (AOP Substrates)
   In Advanced Oxidation Processes (AOP) for degrading recalcitrant organic wastewater, electrodes require a high oxygen evolution overpotential. Electrodes fabricated from Titanium Suboxide powder direct electrical energy primarily toward generating hydroxyl radicals (•OH). Its chemical inertness guarantees zero secondary heavy-metal contamination to the effluent.
   
   Product Availability & Material Specifications
   The electrochemical performance of Titanium Suboxide is strictly dictated by its phase composition and morphology. We supply this material exclusively as a high-purity powder with the following baseline characteristics (customizable per engineering requirement):
   ▪ Phase Purity: Ti₄O₇ > 95% (minimizing unreduced TiO₂ insulating zones)
   ▪ Particle Size Distribution: Sub-micron to micron scale (D₉₀ typically customized between 1 μm to 40 μm)
   ▪ Excellent Flowability and Dispersion: Optimized for slurry mixing or powder metallurgy.
   
   For R&D engineers and procurement managers evaluating material suitability, we provide comprehensive Technical Data Sheets (TDS) and Material Safety Data Sheets (MSDS). We support the rapid dispatch of lab-scale samples (15g) via international air freight for your in-house XRD phase analysis and conductivity testing. Please contact us for batch specifications.