Antiskid latex glove and manufacturing method thereof

Abstract

The present invention discloses an antiskid rubberized protective glove and a manufacturing method thereof. The product comprises a glove base, a latex layer coated on the glove base, and a PVC antiskid dot layer provide between the glove base and the latex layer. The manufacturing method implements a dipping process on the glove base, wherein before the dipping process, firstly implementing dotting process with PVC material on the glove base. The present invention has rational structure, good antiskid ability, and the dots are firmly provided thereon.

Description

BACKGROUND OF THE PRESENT INVENTION

1. Field of Invention

The present invention relates to a glove and the manufacturing method thereof, and more particularly to an industrial protective glove and the manufacturing method thereof.

2. Description of Related Arts

With the increasing sense of self-protection, the demand for protective gloves is more and more, and the demand for protection level is higher and higher. Before the present patent application, protective gloves can be classified into two categories: knitted glove, cloth glove and leather glove; and rubberized glove. According to different protection levels, the rubberized glove is dipped with NBR latex, natural latex, PVC or PU. However, the biggest drawback of the rubberized gloves is that the antiskid ability is not good enough to have an ideal protection effect.

SUMMARY OF THE PRESENT INVENTION

An object of the present invention is to provide an antiskid rubberized protective glove and manufacturing method thereof, wherein the glove has good antiskid ability and has a plurality of dots firmly provided thereon.

Accordingly, in order to accomplish the above object, the present invention provides an antiskid rubberized protective glove comprising:

a glove base,

a latex layer coated on the glove base, and

a PVC antiskid dot layer provide between the glove base and the latex layer.

The dots are evenly distributed on a palm side of the glove base. The dot is cone-shaped.

A method of manufacturing antiskid rubberized protective glove, comprise a step of dipping the glove base with latex, wherein before the dipping process, the manufacturing method comprises a step of providing dots made of PVC material on a glove base.

During the dotting process, the dots are evenly distributed on a palm side of the glove base.

The present invention has rational structure, good antiskid ability, and the dots are firmly provided thereon. Experiments show that if the dotting process is implemented after the dipping process, the dots will not be firmly secured, and at the same time, during the dotting process, the NBR latex and natural latex are easily accumulated and block the meshes, which will result in lower productivity and badly influence the quality control.

1. The present invention may take nylon or terylene as material and use 10-pin, 13-pin, or 15-pin knitting machine to knit all kinds of gloves, and then produces all types of protective gloves by dotting and dipping process based on theses gloves.

2. The present invention may use knitted fabric or woven fabric gloves as cloth base, and produces all types of protective gloves by dotting and dipping process.

3. The present invention may use natural leather or synthetic leather gloves as base, and produces all types of protective gloves by dotting and dipping process.

4. The natural and chemical latex includes:

• • a. NBR latex;
  • b. natural latex;
  • c. PVC; and
  • d. PU.

The above mentioned types of latex can be mixed for use according to a formula.

5. Provide dots made of PVC material on the knitted, cloth or leather glove, dry it, and dipping it with latex. The pattern, size and color can be designed, distributed, and provided according to the protection function and market demand. Furthermore, the client trademark and name can also be printed on the gloves by screen printing method, so as to help enriching the antiskid rubberized protective glove varieties and provide greater selectivity for the users.

6. The present invention can use special yarn as glove base, such as anti-cut yarn, heat-resistant yarn, anti-bacterial yarn, wear-resistant yarn and so on, to produce dotted and dipped gloves of outstanding protective function.

7. The present invention can also be used on long gloves, sports gloves, casual gloves, and other life gloves.

The present invention is further illustrated with the following drawings and detailed description.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic view of an antiskid rubberized protective glove according to a preferred embodiment of the present invention.

FIG. 2 is a side sectional view of a palm side of the glove of FIG. 1.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

A method of manufacturing antiskid rubberized protective glove firstly comprises a step of providing dots made of PVC material on a glove base 1, that is to say, dotting directly on the glove base with PVC material so as to form dots thereon. During the dotting process, the dots are evenly or unevenly provided on a palm side of the glove base, and the dot is cone-shaped. Then drying, setting the dots and dipping the glove base with chemical latex material, such as NBR latex, natural latex, PU, PVC, and so on. And the product is obtained after regular process of drying, complementing sulfur, cleaning up, checking, packing, and so on. The product comprises glove base 1, a latex layer 3 coated on the glove base, and a PVC antiskid dot layer 4 provide between the glove base and the latex layer. The dot is cone-shaped for further increasing the antiskid ability.

Claims

1. An antiskid rubberized protective glove, comprising a glove base, wherein a latex layer is coated on said glove base, and a PVC antiskid dot layer is provide between said glove base and said latex layer.

2. The antiskid rubberized protective glove, as recited in claim 1, wherein said dots are evenly distributed on a palm side of said glove base.

3. The antiskid rubberized protective glove, as recited in claim 1, wherein said dot is cone-shaped.

4. The antiskid rubberized protective glove, as recited in claim 2, wherein said dot is cone-shaped.

5. A method of manufacturing antiskid rubberized protective glove comprising a step of dipping a glove base with latex, wherein before said dipping process, said method comprises a step of providing dots made of PVC material on said glove base.

6. The method of manufacturing antiskid rubberized protective glove, as recited in claim 5, wherein during the dotting process, said dots are evenly distributed on a palm side of said glove base.