Anti-skid rubber glove

Abstract

The invention discloses an anti-skid rubber glove. The anti-skid rubber glove comprises a glove body. Anti-skid particles are arranged on the outer surface of the glove body. The cross section of each anti-skid particle is in a hexagon shape. Due to the fact the outer surface is provided with the anti-skid particles, the anti-skid effect of the glove is improved. The anti-skid rubber glove is simple in structure and convenient to process, the quality of the glove cannot be affected when the glove is processed, and accordingly the occurrence that the glove is damaged and then cannot be used is avoided, and the yield of the glove is improved.

Description

technical field [0001] The invention relates to a glove, in particular to a non-slip rubber glove, which belongs to the technical field of rubber products. 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. [0003] The traditional rubber glove includes a glove body, and the outer surface of the glove body is a smooth surface. When the glove with this structure grabs and holds an object with a smooth surface, it is not easy to grasp and hold the object well, and the object is easy to slip from the hand. slippery, very inconvenient to operate. For ...

AI Technical Summary

Problems solved by technology

But this rubber glove is still powerless for more slippery objects, such as, when holding glass instruments or round steel products with grease and lubricants on the surface, there will still be frequent occurrences of objects slipping from the hands; The surface of the production mold has uneven pits, so that when the rubber latex is impregnated, the protruding part of the mold surface has relatively less rubber latex attached, and the film formed by vulcanization at the convex point is also thinner, which is easy to cause the finished glove to be damaged. The thickness of the surface of the glove is uneven, which may even lead to the formation of small holes on the surface of the glove if it is too thin; at the same time, the concave part of the production mold surface will also cause problems. If the wettability of the coagulant is insufficient, the concave part of the mold will be formed. Small air bubbles, so that when the rubber latex is impregnated, the air bubbles will remain between the film and the mold. When vulcanized at high temperature, the air bubbles will expand and burst, which will cause the surface of the film to be broken, causing holes in the finished glove and reducing the glove's durability. Protective effects

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