Production method of finger thickened nitrile gloves production line

- Jun 20, 2020-

【Background technique】

With the rapid development of economic construction, people's awareness of self-protection has gradually increased, and the use of disposable gloves has increased rapidly, prompting the continuous emergence of more convenient and functional disposable gloves products worldwide. Among them, nitrile gloves are widely used in electronics, chemical industry, aquaculture, glass products, medical inspection, food and other industries due to their outstanding chemical resistance, excellent physical properties and no allergens. However, disposable gloves have products with rough surfaces and sharp edges, which are easy to wear, tear, puncture or scratch. Especially in the electronics, chemical, aquatic, and glass products industries, the fingers of disposable gloves are easy Scratch causes the entire glove to lose its protective effect; the ordinary nitrile gloves production line generally uses two nitrile rubber latex tanks for secondary dipping and secondary baking processes.

At present, the defects of the existing technology are that the finger parts of the produced nitrile gloves are easily damaged, resulting in the scrapping of the entire glove, and the service life of the nitrile gloves is shorter.

[Utility model content]

The utility model aims to provide a finger thickened nitrile glove production line, which can make finger thickened nitrile gloves and improve the service life of nitrile gloves.

The finger thickened nitrile gloves production line according to the present invention includes a first glue groove, a second glue groove, a mold and a moving device, and is provided with a third glue groove, the shape of the third glue groove and the finger portion of the nitrile gloves The shape is suitable, and the position of the third glue groove corresponds to the finger position of the nitrile glove of the second glue groove.

[0006] The finger thickened nitrile glove production line changes the second rubber groove of the nitrile latex into the second rubber groove and the third rubber groove. The weight and thickness of the glove body are determined by the first rubber groove and the second The nitrile latex emulsion control of the rubber tank. The addition amount and solid content of the nitrile latex emulsion of the third tank are different from the first two tanks. It is used to control the thickening height and thickness of the finger of the glove. The production line of thick nitrile gloves adopts the process of three times dipping and second baking in the three nitrile latex grooves, and the shape of the third groove only corresponds to the finger position of the nitrile gloves, making the production cost of the third groove It is also lower, and the nitrile gloves produced only have thickened fingers. Because the wear parts of nitrile gloves are often the fingers, only thickening the fingers can increase the life of the gloves and reduce the nitrile gloves. manufacturing cost.

In the finger thickened nitrile gloves production line, the depth of the third glue groove corresponds to the depth of the second glue groove. The nitrile gloves can be thickened uniformly and appropriately, avoiding partial wear and tear on the hands and damage to the fingers, which corresponds to the service life of the palm and fingers, ensuring the reasonable use of raw materials.

Compared with the prior art, the utility model has the following beneficial effects:

The finger thickened nitrile glove production line changes the second rubber groove of the nitrile latex into the second rubber groove and the third rubber groove. The weight and thickness of the glove body are changed from those of the first rubber groove and the second rubber groove. Control of nitrile latex emulsion. The addition amount and solid content of the nitrile latex emulsion in the third tank are different from the first two tanks. It is used to control the thickening height and thickness of the finger of the glove. The production line of gloves adopts the process of three times dipping and secondary baking in three nitrile rubber latex tanks, and the shape of the third rubber tank only corresponds to the finger position of the nitrile gloves, so that the production cost of the third rubber tank is also lower And, the nitrile gloves produced only have thickened fingers. Because the parts of nitrile gloves often wear are fingers, only thickening the fingers can increase the life of the gloves and reduce the manufacturing cost of nitrile gloves.

The depth of the third glue groove enables the nitrile gloves to be thickened evenly and appropriately, avoiding the palm part being worn and damaged and the finger part being damaged, so that the service life of the palm part and the finger part correspond to each other, ensuring the reasonable use of raw materials .

nitrile surgical glove dipping machine

【Sovereignty】

1. A finger thickened nitrile glove production line, including a first glue groove, a second glue groove, a mold and a moving device, characterized in that a third glue groove is provided, the shape of the third glue groove is similar to that of nitrile gloves The shape of the fingers is adapted, and the position of the third glue groove corresponds to the finger position of the nitrile gloves of the second glue groove.

2. The finger thickened nitrile gloves production line according to claim 1, wherein the depth of the third glue groove corresponds to the depth of the second glue groove.

【Patent Abstract】

The utility model provides a finger thickened nitrile gloves production line, which belongs to the field of nitrile gloves production equipment. The shape is suitable for the shape of the finger of the nitrile glove. The position of the third glue groove corresponds to the position of the finger of the nitrile glove of the second glue groove. The thickened finger nitrile glove can be made to increase the service life of the nitrile glove.