JPS6124418A - Manufacture of synthetic resin glove - Google Patents

Abstract

PURPOSE:To easily obtain synthetic resin glove with no coming-off of powder by a method wherein glove elementary body, which is brought in the state before perfect gelatinization, is submerged, without separating from a dipping former or as it is, in synthetic resin latex containing powder such as talc or the like and finally the latex adhered to the elementary body and the elementary body are heated so as to be gelatinized. CONSTITUTION:Firstly, glove elementary body is adhered to a dipping former for glove by submerging the former in synthetic resin latex. Secondly, the glove elementary body is heaed without separating from the former or as it is so as to bring it in the state before perfect gelatinization. Thirdly, the body is submerged in latex added with powder such as talc, calcium carbonate, mica, starch flour or the like and pulled up out of the latex. Finally, the latex adhered to the glove elementary body and the glove elementary body are heated so as to be gelatinized in order to obtain an aimed-at glove.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a method for manufacturing gloves using thermoplastic synthetic resin latex such as vinyl chloride.

(Prior art) Conventionally, gloves made of thermoplastic synthetic resin latex such as vinyl chloride are produced by depositing a mold immersed in the latex, then pulling it up, and heating and gelling the latex adhering to the immersion mold. Furthermore, it was manufactured by a method in which a powder such as starch, mica, or talc was applied to the surface to prevent stickiness on the same surface, and then this was inverted and peeled off from the mold surface.

(Problems to be Solved by the Invention) When using the above-mentioned conventional technology, the process of adhering powder to the surface of the glove before it is inverted and peeled off from the immersion mold causes powder to accumulate in the work area. There is a risk that these powders on the back of the finished product may pollute the work environment significantly and increase the incidence of defective products. The flaked powder adheres to the wearer's hands, making it unhygienic.Furthermore, the powder flakes off completely, causing stickiness on the inside of the glove and making it difficult for the hands and fingers to run smoothly on the glove. There was a risk that this would impede insertion or removal.

The present invention attempts to solve these problems.

The present invention allows a synthetic resin glove body produced by a dip molding method to be precipitated and integrated into a synthetic resin latex containing powders such as talc, calcium carbonate, mica, and starch without peeling from the dip mold. This method solves the above problem.

(Example) A dipping mold for gloves is precipitated in latex containing a vinyl chloride-based emulsion as the main ingredient, and then pulled up.Next, the main ingredient is also a vinyl chloride-based emulsion and this is used to adhere to the surface of the glove body. The latex is made with a special compound that increases strength, reduces surface stickiness, and softens the overall texture, and contains particles of 30 ml of particles such as talc, calshcum carbonate, mica, and starch.
A glove body is constructed by immersing the above-mentioned glove body into a liquid obtained by mixing and stirring a powder of about 150 microns and integrating it with a material body.

Thereafter, the glove body is inverted and peeled from the dipping mold, and the hem portion is shaped and cut to obtain a finished product.

(Effects) Since the present invention is as described above, there is no need for the above-mentioned process of adhering powder to the surface of the glove when the glove is peeled off from its dipping type, thereby reducing the contamination of the working environment and the high cost. There is an advantage that the defective rate can be significantly improved, and the gloves obtained by the present invention have powder on the back side that flakes off due to the sweat of the user's hands, and this flaked powder sticks to the wearer's hands and is non-functional. It is more hygienic, and it also prevents the possibility that these powders will completely flake off, causing stickiness on the inside of the glove, or preventing smooth insertion and removal of fingers into the glove. It is effective.

Claims (1)

[Claims] The synthetic resin glove body produced by the dip molding method before complete gelation is directly placed into synthetic resin latex containing powders such as talc, calcium carbonate, mica, and starch without being peeled off from the dip mold. A method for producing synthetic resin gloves, which comprises depositing and then pulling up the latex adhering to the surface of the allotrope by heating and gelling it together with the element to integrate it with the allotrope.