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R&D results
Time of issue:2022-04-15 10:47:44
The company has applied for a total of 19 patents and has been granted 16 valid patents, including 15 invention patents and 1 utility model patent.
| Patent number | Patent name | Patent type |
| ZL202010696674.5 | A preparation method of silicon monoxide@resin carbon/CVD carbon composite negative electrode material | invention |
| ZL201911018800.5 | A method for preparing nitrogen-doped carbon/graphene/silicon self-supporting composite electrode | invention |
| ZL201911017933.0 | A lithium-ion battery silicon@graphene/CVD carbon composite anode material and its preparation method and application | invention |
| ZL202022864273.4 | A tank-rotating vacuum furnace for producing silica | Utility model |
| ZL202111216321.1 | A graphite-silicon/silicon oxide-carbon composite material and its preparation method and application | invention |
| ZL202011395864.X | A tank-rotating vacuum furnace for producing silicon oxide and its preparation method | invention |
| ZL202111185429.9 | A carbon-coated nitrogen-phosphorus double-doped silicon oxide composite material and its preparation method and application in lithium-ion batteries | invention |
| ZL202111187449.X | A carbon nanotube-connected double carbon layer-coated mesoporous silicon oxide composite material and its preparation method and application | invention |
| ZL202110925660.0 | A high-capacity and high-rate cylindrical lithium-ion battery and its preparation method | invention |
| ZL202111299043.0 | A lithium-supplemented modified silicon material and its preparation method and application | invention |
| ZL202110839970.0 | A SiO@Mg/C composite material and its preparation method and application | invention |
| ZL202110861833.7 | A vacuum furnace for the continuous production of scraped silicon oxide and a method for the continuous production of silicon oxide | invention |
| ZL202010696593.5 | Preparation method of magnesium-containing silicon monoxide/silicon@resin carbon/CVD carbon material | invention |
| ZL202111187449X | A carbon nanotube-connected double carbon layer-coated mesoporous silicon oxide composite material and its preparation method and application | invention |
| ZL2022103616166 | A method for modifying the fluidity of silicone oxide | invention |
| ZL2022103616217 | A kind of lithium difluoroxalate borate doped and coated SiO/C composite material and its preparation method and application | invention |
| ZL2022105824407 | A silicon oxide mesoporous in-situ growth carbon nanotube composite material and its preparation method and application in lithium-ion batteries | invention |
A carbon nanotube-connected double carbon layer-coated mesoporous silicon oxide composite material and its preparation method and application
A high-capacity and high-rate cylindrical lithium-ion battery and its preparation method
A silicon oxide mesoporous in-situ growth carbon nanotube composite material and its preparation method and application in lithium-ion batteries
A lithium-supplemented modified silicon material and its preparation method and application
A SiO@Mg/C composite material and its preparation method and application
A carbon-coated nitrogen-phosphorus double-doped silicon oxide composite material and its preparation method and application in lithium-ion batteries
A method for modifying the fluidity of silicone oxide
A graphite-silicon/silicon oxide-carbon composite material and its preparation method and application
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