Antiskid rubber gloves and processing method thereof

Abstract

The invention discloses a pair of antiskid rubber gloves and a processing method thereof. Each antiskid rubber glove comprises rubber latex forming a glove body and antiskid rubber latex forming an antiskid layer, wherein the antiskid rubber latex consists of natural rubber latex, sulfur, zinc oxide, an accelerator, an antioxidant and rubber particles. According to the antiskid rubber gloves disclosed by the invention, rubber particles are arranged on the outer surfaces of the gloves in a processing course of the gloves so as to increase the friction coefficient of the gloves, enhance the catching power of the gloves and largely improve the antiskid effect of the gloves; in addition, the gloves have no special requirement on production moulds and equipment and only the traditional production mould is needed in a production process, therefore the production input is low and the production cost of enterprises can be reduced greatly. The gloves processed with the processing method disclosed by the invention have the advantages of good antiskid effect, capability of solving the problem that defective holes possibly appear on the gloves caused by mould bumps in the production process and high yield; and the processing method disclosed by the invention has the advantage of simple operation.

Description

technical field [0001] The invention relates to a glove and a processing method thereof, in particular to an anti-slip rubber glove and a processing method thereof. Background technique [0002] Rubber gloves have been widely used in modern production and life, which can effectively protect users from injury. For example, disposable rubber surgical gloves and rubber examination gloves used for medical purposes can protect medical staff from pathogenic bacteria and prevent the spread of diseases; rubber household gloves and rubber labor protection gloves can protect users' hands from corrosion Harm from harsh chemicals and sharp instruments. In order to solve this technical problem, a glove with bumps or wrinkles on the surface is produced. During use, the bumps or wrinkles increase friction to prevent objects from falling off. The production of non-slip gloves is mainly realized by improving the mold, adding bumps on the surface of the mold, so that when the rubber latex i...

AI Technical Summary

Problems solved by technology

The production of non-slip gloves is mainly realized by improving the mold, adding bumps on the surface of the mold, so that when the rubber latex is dipped, the protruding part of the mold surface will form bumps, but the gloves processed in this way, due to the protruding surface of the mold Partially attached rubber latex is relatively less, and the film formed during vulcanization and molding at the bumps is also thinner, which can easily lead to uneven thickness on the surface of the finished glove, or even lead to the formation of tiny holes on the glove surface if it is too thin; at the same time, The concave part of the production mold surface will also cause problems. If the coagulant has insufficient wettability, small air bubbles will be formed in the concave part of the mold, so that when the rubber latex is impregnated, the bubbles will remain between the film and the mold. When vulcanized at high temperature, the bubbles expand and rupture, which will cause the surface of the film to be broken, resulting in holes in the finished glove, reducing the protective effect and yield of the glove

[0003] Recently, a processing method of non-slip gloves has appeared. During the processing process, the gloves are processed by a beading device to form bumps on the surface of the gloves. The processing method of the non-slip gloves uses more equipment and is produced kind of hard

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