FIBROUS CARBON-BASED INSULATOR, RESIN COMPOSITE MATERIAL CONTAINING THE FIBROUS CARBON-BASED INSULATOR, AND METHOD FOR MANUFACTURING THE FIBROUS CARBON-BASED INSULATOR

Japanese Patent JP2009235650

A

To provide a fibrous carbon-based insulator which has excellent dispersibility, and which can enhance insulation property of a resin composite material by being blended into resin and maintain at least thermal conductivity of the resin composite material.

In a fibrous carbon-based insulator which is made of a fibrous carbon-based material and an insulation coating formed on the fibrous carbon-based material, the insulation coating includes a cationic polymer layer containing cationic polymer electrolyte which is formed on the fibrous carbon-based material, and an oxide layer containing metal oxide or silicon oxide which is formed on the cationic polymer layer.

JP2001279574	TEXTILE STRUCTURAL PRODUCT
JPH0735274	INDUSTRIAL APPLICABILITY: A dry carbon short fiber raw material subjected to an anti-aggregation treatment and a method for producing the same.
JP2004346446	MOISTURE-CONTROLLABLE GAS ADSORPTION SHEET

MATSUSHITA MITSUMASA
FUKUMORI KENZO
KATAGIRI YOSHIHIDE
NAKANO HIDEYUKI
MORISHITA TAKUYA
TAKAHARA MINORU
OTA TAKASHI
HARADA MASAFUMI

JP2008086183A

October 15, 2009

March 28, 2008

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TOYOTA CENTRAL RES & DEV

D06M11/79; C01B31/02; C08K9/00; C08L101/00; D01F9/127; D06M11/46; D06M15/233; D06M15/285; D06M15/29; D06M15/55; D06M15/59; H01B3/00; D06M101/40

JP2007107151A	2007-04-26
JP2002180372A	2002-06-26
JP2006049729A	2006-02-16
JP2008049607A	2008-03-06
JP2002235279A	2002-08-23

Noriaki Nagahama

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