Abstract: Biodegradable disposable gloves and methods of manufacturing the same are disclosed in which the elastomeric material used to manufacture the gloves includes a polylacetic acid polymer component in combination with a biodegradable plasticizer. The present invention provides a biodegradable disposable glove that can be manufactured utilizing substantially the same process as nonbiodegradable gloves, lending to the particular utility of the present invention.

Abstract: Multilayer elastomeric articles and methods of making the same are disclosed in which the outside or outer distal surface of the article is a different color or otherwise visually distinct in appearance from the inside or wearer contacting surface of the article so that the user of the article can readily identify the article as a multilayer elastomeric article. In one aspect, elastomer emulsions, solvent solutions, or plastisols used to form each layer may be modified with the addition of base color and/or colorant components in order to form a colored or patterned layer. In another aspect, one or both of the surfaces of the elastomeric articles (or layers of the articles) may be coated with such a colorant component to sufficiently visually distinguish the layers from each other.

Abstract: An article includes a flexible impermeable elastomer glove with a dry powdered Aloe and/or dry powdered Nopal (with or without dry additive(s)) applied to a dry wearer-contacting surface of the glove. A method of making the article and a method of applying the dry powdered Aloe and/or dry powdered Nopal (with or without dry additive(s)) to the article are also provided.