Abstract: A thixomolding material includes: a metal body that contains Mg as a main component; and a coating portion that is adhered to a surface of the metal body via a binder and contains SiC particles containing SiC as a main component. A mass fraction of the SiC particles in a total mass of the metal body and the SiC particles is 2.0 mass % or more and 40.0 mass % or less. The binder may contain waxes. A content of the binder may be 0.001 mass % or more and 0.200 mass % or less.

Abstract: A decorative molding that is to be fixed to a frame of a framed window glass plate for a vehicle is provided. The decorative molding is configured such that when the frame is formed around a peripheral portion of a glass plate by injecting a molten resin, the decorative molding is simultaneously fixed to the frame. The body of the decorative molding is made of a metal. A cationically electrodeposited coating film is formed on a surface of the body of the decorative molding and a resinous coating film is formed on the cationically electrodeposited coating film.

Abstract: Summary: Task: In a field wherein a frame is formed around a peripheral portion of a glass plate by injection molding and a decorative molding is simultaneously fixed to the frame upon the injection molding, there are provided a decorative molding and a framed window glass plate having the decorative molding mounted thereto, the decorative molding being suppressed from an appearance failure at the time of injection molding and suitable for a multi-coloring. Means for achieving Task: A body proper of the decorative molding is made of a metal, a cationically electrodeposited coating film is formed on a surface of the body proper, and a resinous coating film is formed on the cationically electrodeposited coating film. By containing a pigment or dye in the resinous coating film which is made of a melamine-based resin, acrylic resin, polyester-based resin, fluororesin or epoxy resin, the decorative molding has the same color as the frame and the body of the vehicle, which is a feature.

Abstract: A metal plate and an electrode in a polymer lithium ion secondary battery or the like are welded certainly, and it is accomplished to further improve the reliability and the durability thereof. Each of an upper metal plate (7a) and a lower metal plate (9a) on the positive pole/terminal is welded to a pole/terminal of positive electrode (3) so that the pole/terminal of positive electrode (3) may be sandwiched from each of the upper and lower sides. Moreover, each of an upper metal plate (7b) and a lower metal plate (9b) on the negative pole/terminal is welded to a pole/terminal of negative electrode (5) so that the pole/terminal of negative electrode (5) may be sandwiched from each of the upper and lower sides. This eliminates occurrence of poor welding in the electric resistance welding.

Abstract: A metal plate and an electrode in a polymer lithium ion secondary battery or the like are welded certainly, and it is accomplished to further improve the reliability and the durability thereof. Each of an upper metal plate (7a) and a lower metal plate (9a) on the positive pole/terminal is welded to a pole/terminal of positive electrode (3) so that the pole/terminal of positive electrode (3) may be sandwiched from each of the upper and lower sides. Moreover, each of an upper metal plate (7b) and a lower metal plate (9b) on the negative pole/terminal is welded to a pole/terminal of negative electrode (5) so that the pole/terminal of negative electrode (5) may be sandwiched from each of the upper and lower sides. This eliminates occurrence of poor welding in the electric resistance welding.