Abstract: An object is to provide an ink-jet ink satisfying rapid-drying properties, long decap time, and intermittent long-run printability. The object can be achieved by an ink-jet ink comprising an organic solvent, a surfactant, and a coloring material, wherein the organic solvent contains 1,3-dioxolane.

Abstract: The present invention relates to a dip molding having a low surface resistivity, the dip molding having a surface resistivity that is lower than that of a conventional product even after being washed with superpure water. The dip molding of the present invention has a surface resistivity, measured under an atmosphere of 20° C and a relative humidity of 65%, of 107 to 1010 ?/square. Since the dip molding of the present invention has a low surface resistivity, it can suitably be used as a glove for precision electronic component production and semiconductor component production.

Abstract: By coating a dip-formed article with a coating agent comprising a polymer latex dispersion-stabilized with a water-soluble high-molecular-weight compound containing an alcoholic hydroxyl group, a coated article having excellent donning and putting off properties and anti-blocking property, and exhibiting greatly reduced fine particles-releasability is obtained.

Abstract: A rubber glove comprising a main rubber layer and an inner covering layer, bonded to the main rubber layer, containing resin particles is disclosed. The resin particles are partially exposed on the skin-contacting surface of the inner covering layer to an extent such that, among resin particles visually observed in unit area of the skin-contacting surface, resin particles having a maximum particle diameter of 2-20 &mgr;m have a total projected area ratio A of 5-50%, as defined by the formula: A(%)=B/C×100, where B is total projected area of resin particles with a maximum particle diameter of 2-20 &mgr;m, and C is the unit area. The rubber glove can be easily donned and pulled off, and resin particles do not fall or do fall off only to a very slight extent upon donning or pulling off, and, when the inner covering layer is placed in contact with each other, the layer does not easily stick to each other.

Abstract: A rubber glove comprising a main rubber layer and an inner covering layer, bonded to the main rubber layer, containing resin particles is disclosed. The resin particles are partially exposed on the skin-contacting surface of the inner covering layer to an extent such that, among resin particles visually observed in unit area of the skin-contacting surface, resin particles having a maximum particle diameter of 2-20 &mgr;m have a total projected area ratio A of 5-50%, as defined by the formula: A(%)=B/C×100, where B is total projected area of resin particles with a maximum particle diameter of 2-20 &mgr;m, and C is the unit area. The rubber glove can be easily donned and pulled off, and resin particles do not fall or do fall off only to a very slight extent upon donning or pulling off, and, when the inner covering layer is placed in contact with each other, the layer does not easily stick to each other.