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AssigneesHonda Motor Co., Ltd., Mitsubishi Gas Chemical Company, Inc.
InventorTakeshi Fujino
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To produce a carbonized product used for producing activated carbon for en electrode of an electric double-layer capacitor, a condensed polycyclic aromatic pitch having an optical anisotropic rate Oa in a range of 1%≦Oa≦90% and a softening point Ts in a range of 140° C.≦Ts≦260° C. is subjected to an oxygen crosslinking treatment at a heating temperature Th set at Th<260° C. to provide an organic material for a carbonized product having a light component content L equal to or higher than 14.5% by weight, and the organic material is subjected to a carbonizing treatment at a temperature-raising rate Rt set at Rt≧500° C./hr and at a heating temperature Th set in a range of 600° C.≦Th≦1,000° C. for a heating time t set at t≦2 hr.
A process for producing a carbonized product used for producing activated carbon for an electrode of an electric double-layer capacitor, comprising the steps of subjecting a condensed polycyclic aromatic pitch having an optical anisotropic rate Oa in a range of 1%≦Oa≦90% and a softening point Ts in a range of 140° C.≦Ts≦260° C. to an oxygen crosslinking treatment at a heating temperature Th set at Th≦260° C. to provide an organic material for a carbonized product having a light component content L equal to or larger than 14.5% by weight, and subjecting the organic material to a carbonizing treatment at a temperature-raising rate Rt set at R4≦500° C./h and at a heating temperature Th set in a range 600° C.≦Th≦1,000° C. for a heating time t set at t≦2 hr.
An organic material for a carbonized product used for producing activated carbon for an electrode of an electric double-layer capacitor, which is produced by subjecting a condensed polycyclic aromatic pitch having an optical anisotropic rate Oa in a range of 1%≦Oa≦90% and a softening point Ts in a range of 140° C.≦Ts≦260° C. to an oxygen crosslinking treatment at a heating temperature Th set at Th<260° C., and which has a light component content L equal to or hither than 14.5% by weight.
Dependencies are inferred from the claim text.