Development of a New Material - Monolithic Ti4O7 Ebonex® Ceramic -- Contents -- 1. TOWARDS AN ELECTRICALLY CONDUCTIVE CERAMIC -- 1.1 Introduction -- 1.2 The Path to a New Material -- 1.3 Initial Production of Test Material -- 2. THE PROPERTIES OF TITANIUM SUBOXIDE & ASSOCIATED PROCESSES -- 2.1 The Titanium - Oxygen Equilibrium Diagram -- 2.2 How to Produce Ti4O7? -- 2.2.1 General Considerations -- 2.2.2 Porosity in Hydrogen-Reduced Titania Ceramic -- 2.3 Plating/Coating of Ti4O7 with Metals and/or Metal Oxides -- 2.4 The Electrical Resistance of the Suboxide -- 2.5 Corrosion Resistance and Electrochemical Properties -- 2.6 Electrical Connection to Monolithic Ti4O7 -- 2.7 Handling/Machining -- 3 . APPLICATIONS - I -- 3.1 Zinc Electrowinning -- 3.2 Swimming Pool Electrochorinators -- 3.3 Cathodic Protection -- 3.3.1 Cathodic Protection of Rebars in Concrete -- 4. APPLICATIONS - II -- 4.1 Electrode Boiling -- 4.2 Electro Osmotic Damp Proofing -- 4.3 Chlorine and Chlorate Electrolysis -- 4.4 Hydrochloric Acid Electrolysis -- 4.5 Electrolytic Sterilisation of Water -- 4.6 Other Electrochemical Applications for Monolithic Ti4O7 -- 4.7 Monolithic Ti4O7 in Lightweight Batteries -- 5. IS Ti4O7 AN OPTIMUM CERAMIC ELECTRODE CHOICE? -- 5.1 Some General Reflections -- 5.2 Costs and Prices -- 6. CONCLUSIONS AND EPILOGUE -- 6.1 Successes and Failures -- 6.2 Epilogue - A Gathering of Many Strands -- Acknowledgements -- REFERENCES AND FURTHER READING -- INDEX.