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Title:
CELLULOSE DERIVATIVE, RESIN COMPOSITION, MOLDED ARTICLE, HOUSING FOR ELECTRONIC DEVICE AND METHOD FOR PRODUCING CELLULOSE DERIVATIVE
Document Type and Number:
Japanese Patent JP2010090311
Kind Code:
A
Abstract:

To provide a cellulose derivative that has thermal plasticity, good strength and good elongation at break and is suitable for molding, to provide a resin composition including the cellulose derivative, to provide a molded article formed from the cellulose derivative, to provide a housing for an electronic device that is composed of the molded article and to provide a method for producing the cellulose derivative.

The cellulose derivative produced by replacing at least a part of hydroxyl groups contained in the cellulose with an aliphatic or aromatic ether group and an aliphatic or aromatic carbamate group is used.


Inventors:
NOZOE HIROSHI
YOSHITANI SHUNEI
Application Number:
JP2008263070A
Publication Date:
April 22, 2010
Filing Date:
October 09, 2008
Export Citation:
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Assignee:
FUJIFILM CORP
International Classes:
C08B11/02; C08B11/15
Domestic Patent References:
JPH1036402A1998-02-10
JPH09124701A1997-05-13
JPS55110103A1980-08-25
JP2002323483A2002-11-08
JPS5220522B11977-06-04
JP2001518952A2001-10-16
JP2009298826A2009-12-24
Other References:
JPN6013019171; Journal of Membrane Science Vol.312(1+2), 200804, p.207-216
JPN6013019174; Polymer Vol.47(4), 2006, p.1300-1307
JPN6013019177; Macromolecules Vol.30(22), 1997, p.6877-6883
JPN6013019191; Macromolecular Chemistry and Physics Vol.198(5), 1997, p.1363-1374
JPN6013019180; Cellulose (London) Vol.1(4), 1994, p.259-280
JPN6013019181; Polymer Bulletin (Berlin) Vol.36(5), 1996, p.549-555
JPN6013019185; Polymer Science and Technology (Plenum) Vol.21, 1983, p.221-227
JPN6013019187; Journal of Applied Polymer Science Vol.27(2), 1982, p.673-685
Attorney, Agent or Firm:
Takeshi Takamatsu
Kiyozumi Yazawa