NEGATIVE ELECTRODE ZINC-CAN FOR DRY CELL, ITS MANUFACTURE, AND MANGANESE DRY CELL USING IT

WIPO Patent Application WO/1995/029510

A1

A negative electrode for dry cells made of a zinc-based alloy containing 0.004-0.800 wt. % of indium and 0.001-0.25 wt. % of titanium or 0.002-0.500 wt. % of zirconium and significantly containing no such harmful matters as mercury, cadmium, and lead. A method of manufacturing the zinc-can negative electrode by which up to 0.800 wt. % of indium can be added to a zinc-based alloy by hot rolling the alloy within a temperature range from 270 �C to 370�C. A manganese dry cell in which a separator coated with a paste containing 0.1-8 wt. % of InCl3 is provided on the internal surface of the zinc can. The zinc can is filled with an anode mixture prepared by adding manganese dioxide and a conductive carbon material such as of acetylene black to an electrolyte containing 35-50 wt. % of ZnCl2. A carbon rod is provided at the center of the anode mixture as a current collector.

JPS62243252	SEALED ALKALINE MANGANESE SECONDARY BATTERY
JP2507161	INDUSTRIAL APPLICABILITY [Title of the invention] A zinc alloy for a zinc alkaline battery, a method for producing the same, and a zinc alkaline battery using the same.

NAKAGAWA YOSHITERU (JP)
NITTONO SHINJI (JP)
YASUMURA TAKAAKI (JP)
MURATA CHIHIRO (JP)
MATSUI KAZUO (JP)
NISHIDA KUNIYOSHI (JP)
MURAKOSHI MITUO (JP)
IZUMI AKIHIDE (JP)

PCT/JP1995/000845

November 02, 1995

April 27, 1995

Click for automatic bibliography generation  

FDK CORP (JP)
NAKAGAWA YOSHITERU (JP)
NITTONO SHINJI (JP)
YASUMURA TAKAAKI (JP)
MURATA CHIHIRO (JP)
MATSUI KAZUO (JP)
NISHIDA KUNIYOSHI (JP)
MURAKOSHI MITUO (JP)
IZUMI AKIHIDE (JP)

H01M4/42; H01M6/08; H01M6/10; H01M4/02; (IPC1-7): H01M4/06; H01M4/12

JPH05125470A	1993-05-21
JPS4915927A	1974-02-12
JPS5590070A	1980-07-08

View/Download PDF      PDF Help

Previous Patent: METHOD FOR PRODUCING LOW POROSITY ELECTRODE

Next Patent: NON-RADIATION CURABLE SOLID POLYMER ELECTROLYTES