Technology for processing neoprene biochemical glove

Abstract

The invention mainly discloses a technology for processing a neoprene biochemical glove. The technology for processing the neoprene biochemical glove comprises the following steps that firstly, rubber preparation is conducted, wherein neoprene and a small amount of other latex are mixed together and vulcanized, and the vulcanized mixture is ripened for use; secondly, knitting is conducted, wherein a glove base material is knitted through a knitting machine; thirdly, primary dip-coating is conducted, wherein a hand mould is sleeved with the glove base material, the glove base material is coated with the stand-by rubber liquid generated in the first step, and the glove base material is dried; fourthly, secondary dip-coating is conducted, the hand mould is sleeved with the glove base material, the portions needing the rubber liquid are coated with the stand-by rubber liquid obtained in the first step; fifthly, sand blast is conducted, the portions which are coated with the stand-by rubber liquid in the fourth step are coated with salt or mirabilite, and the glove base material is dried; sixthly, washing is conducted, wherein the glove is washed at normal temperature so that the salt or the mirabilite can be molten, and therefore sludge holes are formed; seventhly, vulcanization, drying and demoulding are conducted. The technology for processing the neoprene biochemical glove is simple, and the product obtained through the technology has the functions of acid resistance, leakage resistance and shock resistance and the like.

Description

technical field [0001] The invention relates to the field of glove making, in particular to a neoprene biochemical glove processing technology. Background technique [0002] There are many kinds of labor gloves on the market with different functions. For example, a kind of rubber-dipped shockproof labor protection gloves proposed in Chinese patent ZL200820049133. Structured fabric that increases the thickness of the glove for shock resistance. The raw materials of such gloves are diversified, and the cost is high, and the gloves are thicker due to the increase in the number of fabric layers, and the flexibility of use is reduced. Therefore the inventor designs a kind of neoprene biochemical gloves processing technology, and this case arises thus. Contents of the invention [0003] The purpose of the present invention is to provide a neoprene biochemical gloves processing technology, the process is simple, and the obtained product has many special functions such as anti-a...

AI Technical Summary

Problems solved by technology

In this way, the raw materials of the gloves are diversified, and the cost is high, and the thickness of the gloves is thicker due to the increase in the number of fabric layers, and the flexibility of use is reduced.