Mitsubishi Kinzoku Kabushiki Kaisha

Other

Mitsubishi Materials Corporation

Japan Electric Metals Corporation, Limited

Makoto Tsunashima

Akira Nishihara

Hiroshi Ikeda

Nobuo Furuya

Hiroto Uchida

Daisuke Shibuta

Hiroyuki Imai

Akihiko Mieda

Yusuke Maeda

Masamitsu Satoh

Yuusuke Maeda

Masahiro Yokomizo

Kazuhiro Sakai

Masato Miyauchi

The present invention provides a metal coated fiber with excellent coating strength and corrosion resistance, and a conductive resin composition with excellent conductivity. A feature of a metal coated fiber of the present invention is that following provision of a metal coating on the surface of the fiber, heat treatment is conducted at a temperature greater than the crystallization temperature but less than the melting temperature of the fiber. Gradual cooling is preferably performed following the heat treatment. Furthermore, a conductive metal coating may be provided as the metal coating, and an additional corrosion resistant metal coating then laminated onto the surface of the conductive metal coating. In addition, a feature of a conductive resin composition of the present invention is that metal coated short fibers, formed by providing a conductive metal coating on the surface of a substrate fiber formed from a synthetic resin and then conducting heat treatment, are mixed into a substrate resin.

Metal coated fiber and electroconductive composition comprising the same and method for production thereof and use thereof

A white conductive fiber is manufactured at an inexpensive cost having superior conductivity and high degree of whiteness, in which a metal coating plated on the fiber has superior adhesiveness. A method for manufacturing the white conductive fiber comprises the steps of mounting a wound fiber body formed by winding a continuous fiber to the fixing shaft, a step of flowing a plating solution from the fixing shaft to a plating bath via the wound fiber body so as to infiltrate the plating solution into the wound fiber body, and a step of performing electroless plating of silver, platinum, or the like on the fiber material while the plating solution flows.

Conductive fiber, manufacturing method therefor, apparatus, and application

Amorphous silicon powder or film can be prepared by thermally decomposing a perchloropolysilane.

Process for preparing amorphous silicon

A composition for forming a compound metal oxide of a specific composition and a process for preparing said compound oxide are disclosed. The composition comprises an alkoxide of a rare earth metal, an alkoxide of an alkaline earth metal and an organic acid salt of an organic complex of copper. The process comprises refluxing said composition for reaction and thermally decomposing the reaction product. Also a film-forming composition for forming a thin layer of a compound metal oxide is disclosed. Said film-forming compound comprises the above-mentioned composition plus a film forming resin and an organic solvent.

Composition using Schiff base copper complex for preparing compound

A heat-resistant pigment can be produced by forming a dense and uniform coating on the surface of the pigment by contacting a hydrophilic pigment with a metal oxide in at least partly water-miscible solvent.

Process for preparing coated pigments

A heat-resistant pigment can be produced by forming a dense and uniform coating on the surface of the pigment by contacting said pigment with a metal alkoxide diluted with a water-miscible or semi-water-miscible solvent.

Process for preparing coated heat-resistant pigment

Chloropolysilanes can be produced in high yield without forming solid waste materials by contacting silicon materials with chlorine at a temperature of 140.degree..about.300.degree. C. in the presence of copper compound or a mixture thereof.

Growing community of inventors

Tokyo, Japan

Makoto Tsunashima