Lithium Metatitanate                     
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Project at a Glance Contents on the CD ROM
  • Lithium titanate (full name lithium metatitanate) is a compound containing lithium and titanium.
  • It is an off-white powder at room temperature and has the chemical formula Li2TiO3.
  • It is the anode component of the fast recharging Lithium-titanate battery.
  • It is also used as an additive in porcelain enamels and ceramic insulating bodies based on titanates. It is preferred as a flux due to its stability.
  • Crystallization :-
    The crystallization of Li2TiO3 is a monoclinic system. A monoclinic system of crystallization is defined as three unequal axes with one oblique intersection.
  • Uses in Sintering :-
    The sintering process is taking a metal powder, putting it into a mold and heating it to below its melting point. Sintering is based on atomic diffusion, the atoms in the powder particle diffuse into surrounding particles eventually forming a solid or porous material. It has been discovered that Li2TiO3 powders have a high purity and good sintering ability.
  • Uses as a Cathode :-
    Molten carbonate fuel cells
    Lithium titanate is used as a cathode in layer one of a double layer cathode for molten carbonate fuel cells. These fuel cells have two material layers, layer 1 and layer 2, which allow for the production of high power molten carbonate fuel cells that work more efficiently.
  • Lithium ion batteries
    Li2TiO3 is used in the cathode of some lithium-ion batteries, along with an aqueous binder and a conducting agent. Li2TiO3 is used because it is capable of stabilizing the high capacity cathode conducting agents
  • Synthesis of Lithium Titanate Breeder Powder :-
    Li2TiO3 powder is most commonly prepared by the mixing of Lithium carbonate, Ti-nitrate solution, and citric acid followed by calcination, compaction, and sintering. The nanocrystalline material created is used as a breeder powder due to its high purity and activity
  • Lithium-Titanate Battery
    The lithium-titanate battery is a rechargeable battery that is much faster to charge than other lithium-ion batteries.
  • It uses lithium-titanate nanocrystals on the anode surface rather than carbon.
  • This is advantageous because it increases the surface area of the anode from 3 square meters to about 100 square meters, which allows the electrons to enter and exit the anode quickly.
  • It gets recharged quickly and provide high currents when necessary.
  • The lithium-titanate battery is currently being used in battery electric vehicles and computer batteries.
General Information
  • Introduction Of Lithium Metatitanate
  • Crystal Structure Of Lithium Metatitanate
  • An overview Of  Lithium Metatitanate


  • Msds For Lithium Titanate


  • Hydrogen lithium Titanate And Manufacturing Method Therefor
  • Method For manufacturing Lithium Titanate For Lithium Secondary Battery Active Material
  • Anode Active Material For Lithium Secondary Battery And Method For Preparing The Same
  • Non-Aqueous Electrolyte Secondary Cell
  • Lithium Titanate, Process For Production Of Same, And Electrode Active Material And Electricity Storage Device Each Comprising Same
  • Titanium Oxide Compound For Use in Electrode And Lithium Secondary Battery Comprising the Same


  • Component Testing and Materials Development for Fusion Applications Using Materials Test Reactors
  • Influence Of Pebble Bed Dimensions And Filling Factor On Mechanical Pebble Bed Properties
  • Kinetic analysis of the thermal decomposition of Li4Ti5O12 pellets
  • Properties of lithium metatitanate pebbles produced by a wet process
  • Synthesis methods and unit-cell volume of end-member titanite (CaTiOSiO.)
  • Li2TiO3 pebbles tritium release mechanism and kinetics by post-irradiation “Temperature Programmed Desorption” (TPD) spectroscopy.


  • Product Data Sheet


  • Exporters Of Lithium Metatitanate
  • Suppliers Of Lithium Metatitanate
  • Wholesalers Of Lithium Metatitanate
  • Manufacturers Of Lithium Metatitanate


Company Profiles

  • Company From Arvada
  • Company From Ashland
  • Company From Gujarat


  • Consultancy From Delhi
  • Consultancy From India & Singapore


  • Technology From Canada
  • Technology From United Kingdom


  • Lithium Toxicity in the
    Central Nervous System
  • Signs Of Lithium Toxicity


  • ESR spectroscopy of g-irradiated Li2TiO3 ceramics
  • Experimental characterization of ceramic pebble beds
  • High energy heavy ion induced structural disorder in Li2TiO3
  • Li ceramic pebbles chemical compatibility with
    Eurofer samples in fusion relevant conditions
  • Organic crystals – More than simple additives toward better
    electroceramic materials
  • Thermal conductivity of sintered lithium orthosilicate compacts
  • Thermochemistry and the enthalpy of formation of synthetic end-member
    (CaTiSiO5) titanite
  • Tritium release kinetics from Li2TiO3 pebbles as prepared
    by soft-wet-chemistry
  • Experimental study of the interaction of ceramic breeder pebble beds with structural materials under thermo-mechanical loads
  • Experimental Measurements Of the Interface Thermal Conductance Of A Lithium Metatitanate Pebble Bed
  • Disordering in Li2TiO3 irradiated with high energy ions


  • Effective Thermal  Conductivity Of Lithium Ceramic Pebble Beds For Fusion Blankets: A Review
  • Synthesis and Processing of New Ceramic Materials
  • Scientific, Technical, Research, Engineering and Modeling Support (STREAMS) Final Report : Nano Titanium Dioxide Environmental Matters
  • Fusion Technology
  • Progress Report For Lithium

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