OSAKA TITANIUM TECHNOLOGIES CO., LTD.
Amagasaki-shi, Hyogo, JP
|OSAKA TITANIUM TECHNOLOGIES CO., LTD. Patent applications|
|Patent application number||Title||Published|
|20130149606||NEGATIVE ELECTRODE MATERIAL POWDER FOR LITHIUM-ION SECONDARY BATTERY, NEGATIVE ELECTRODE FOR LITHIUM-ION SECONDARY BATTERY AND NEGATIVE ELECTRODE FOR CAPACITOR USING THE SAME, AND LITHIUM-ION SECONDARY BATTERY AND CAPACITOR - Provided is a negative-electrode material powder for a lithium-ion secondary battery including a conductive carbon film on the surface of a silicon oxide powder, in which the total content of tar components is not less than 1 ppm and not more than 4000 ppm, and in the Raman spectrum, peaks exist at 1350 cm||06-13-2013|
|20130089785||NEGATIVE-ELECTRODE MATERIAL POWDER FOR LITHIUM-ION SECONDARY BATTERY, NEGATIVE ELECTRODE FOR LITHIUM-ION SECONDARY BATTERY, NEGATIVE ELECTRODE FOR CAPACITOR, LITHIUM-ION SECONDARY BATTERY, AND CAPACITOR - Provided is a negative-electrode material powder used for a lithium-ion secondary battery having a large discharge capacity and sufficient cycle characteristics as being durable in use. The powder for the battery includes a conductive carbon film on a lower silicon oxide powder, surface and satisfies requirements that: Si in SiC is 15.1 wt % or less in content, or A3 (=A2−A1) is 15.1 or less, given A1 (wt %): Si content measured by acid solution process, and A2 (wt %): Si content measured by alkali solution process; and a specific resistance is 30,000 Ωcm or less. In the lower silicon oxide powder, a maximum value P1 of SiO||04-11-2013|
|20120181477||SIOx AND VAPOR DEPOSITION MATERIAL FOR BARRIER FILM AND NEGATIVE ELECTRODE ACTIVE MATERIAL FOR LITHIUM-ION SECONDARY BATTERY EACH USING THE SAME - Provided is SiO||07-19-2012|
|20090272646||Insoluble Electrode - Provided is an economical long-life insoluble anode capable of maintaining an anode function stably for a long time even if it is used in a part where severe consumption occurs to generate a cathodizing phenomenon, and also capable of reducing the amount of an electrocatalyst used as much as possible. To realize this, on the surface of a metal substrate||11-05-2009|
|20090239738||Titanium Oxide Photocatalyst, Process For Producing The Same And Application - Titanium oxide-based photocatalysts which contain a metal halide in titanium oxide and which are prepared from titanium oxide and/or its precursor, which may optionally be heat treated, by contact with a reactive gas containing a metal halide of the formula MX||09-24-2009|
|20090127108||SPUTTERING TARGET, METHOD FOR PRODUCING SAME, SPUTTERING THIN FILM FORMED BY USING SUCH SPUTTERING TARGET, AND ORGANIC EL DEVICE USING SUCH THIN FILM - Provided is a sputtering target which can give a high water barrier property and a high flexibility to a sputtering film, can keep a high film forming rate certainly in sputtering, and can make damages to an objective substance wherein a film is to be formed as small as possible. In order to realize this, a mixed powder which contains 20 to 80% by weight of a SiO powder, the balance of the powder being made of a TiO||05-21-2009|
|20090117023||SILICON MONOXIDE VAPOR DEPOSITION MATERIAL AND PROCESS FOR PRODUCING THE SAME - In a powder-sintered type silicon monoxide based evaporating material which is used to form an evaporated film of silicon monoxide, the generation of splash is restrained. Material strength that can resist against the use of the material is ensured. In order to realize these, a starting powder made of precipitating SiO is sintered at 700 to 1000° C. to form an evaporating material. The precipitation of Si is restrained in the step of the sintering. In the measurement thereof by XRD, the peak strength P||05-07-2009|
|20090107294||PROCESS FOR PRODUCING SPHERICAL TITANIUM ALLOY POWDER - In production of a titanium alloy spherical powder by a gas atomizing method, the difference in alloy composition depending on the product particle size is reduced economically. To achieve this, sponge titanium particles and additive metal element particles are mixed by means of a mixer having a pulverizing function such as a ball mill. The mixed particles are compressed to form a rod-formed raw material for melting. The formed rod-formed raw material for melting is powderized by a gas atomizing method. In the mixing step, the additive metal element particles are pulverized, or ground depending on the kind of particles, and solidly adhered to the surface of the sponge titanium particles, so that uniform mixing is possible.||04-30-2009|
|20080296170||Method and Apparatus for Synthesizing Hypochlorous Acid - Hypochlorous acid is produced economically without the supply of electricity energy from outside. To actualize the production, a photoelectric cell having a titanium oxide electrode||12-04-2008|
Patent applications by OSAKA TITANIUM TECHNOLOGIES CO., LTD.