Magneli Materials, LLC’s new efficient manufacturing process of stabilized Magneli phase Titianium Oxide, allows gradation of our electrically conductive ceramic powder, in three sizes, providing variety in application adaptation. Additionally, our specialized anode coating processes is the latest advancement in finding cost-effective anodes for a variety of industrial processes, including water treatment, waste treatment, and removal of PFA'S and Nitrates.
Micro, Nano, or Course Grade Powders
Structurally Stabilized Shear Planes
Electrically Conductive
Highly Resistant to Corrosion & Oxidation In Acid & Base Solutions
POWDERS
CERAMICS
POWDERS - MICRON AND NANO SCALE
CERAMICS- PLATES, TUBES AND FOAMS
COATINGS ON VARIOUS METAL SUBSTATES
BATTERY'S ADDITIVES
CATHODIC PROTECTION
ELECTROWINNING
COATINGS- EXPANDED Ti MESH
TRIBOLOGICAL APPLICATIONS
WATER TREATMENT ADVANCED OXIDATION
HYDROGEN PRODUCTION
While the advantages of electrochemical oxidation for water treatment systems have been know for years, the technological barrier had been a robust anode material.
Our stabilized Ti4O7 anodes have overcome this barrier, allowing for cost effective disinfection and treatment of a wide range of emerging water contaminants including PFA's and ammonia.
After many attempts, the Magneli Ti4O7 membrane was the breakthrough that allowed commercialization of electro-chemical systems, in water treatment -removal of PFA's and ammonia; energy storage and electrowinning. We have become the leader in this technology, working with a range of global companies and researchers.
Our stabilized Ti4O7 anodes allow for a new, easy to perform, effective, and less labor intensive disinfection process, as well are removal of PFA's & Nitrates.
The stabilized Ti4O7 Magneli phase of titanium oxide, exhibit electrical conductivity equivalent to graphite. It is inert, with new characteristics that eliminate oxidation in many environments.
Our Titanium mesh anodes, coated with Ti4O7 and a catalyst coat, provide an environmentally sound and cost effective solution to the extraction of metals in this process.
Our Ti4O7 coated anodes are a cost effective, high current density, long life solution to the cathodic protection process.
