CN103767182A

CN103767182A - Gum dipping glove with surface of granule structure

Info

Publication number: CN103767182A
Application number: CN201410065784.6A
Authority: CN
Inventors: 冷长青
Original assignee: Gaomi Lichang Labor Insurance Article Industry & Trade Co Ltd
Current assignee: Gaomi Lichang Labor Insurance Article Industry & Trade Co Ltd
Priority date: 2014-02-26
Filing date: 2014-02-26
Publication date: 2014-05-07

Abstract

The invention belongs to the technical field of protective gloves, and particularly relates to a gum dipping glove with a surface of granule structure. The major structure of the gum dipping glove comprises a wrist portion, a hand neck portion, a hand back portion, a palm portion, a finger portion and granule structure layers, wherein the wrist portion and the hand neck portion are both made of fiber, the granule structure layers respectively cover surfaces of the hand back portion, the palm portion and the finger portion, the cover area of the granule structure layer on the surface of each portion is adjustable in range, the cover area of the granule structure layer on the surface of the hand back portion is 1-100% of the area of the surface of the hand back portion, the cover area of the granule structure layer on the surface of the palm portion is 10-100% of the area of the surface of the palm portion, and the cover area of the granule structure layer on the surface of the finger portion is 10-100% of the area of the surface of the finger portion. Each granule structure layer is composed of latex or reclaimed rubber and granules, wherein the granules are rubber granules of irregular structure or granules made of powder, which are uniform in size, and diameters of the granules range from 0.01mm to 5mm. The gum dipping glove with the surface of granule structure has no virulence, has no smell, protects environment, is good in abrasion performance and high in puncture resistance degree, and keeps good flexibility on the premise of having the functions of preventing skids and preventing corrosion.

Description

A kind of dipped gloves of surface particles structure

Technical field:

The invention belongs to protective gloves technical field, relate to a kind of latex dipped gloves of surface particles structure, form rubber or latex particle glue-line in cellulosic glove surface, to strengthen grip, effectively prevent from skidding.

Background technology:

Tradition dipped gloves is that emgloves can be divided into two large classes according to palm surface processing mode difference, and a class is that palm is carried out to the processing of light face, and another kind of is that glove surface latex is carried out to wrinkling processing, the emgloves of light face processing be by after gloves impregnation without auxiliary chemicals processing, directly send into oven for drying moulding, these class gloves are relative poor aspect non-skid property and rub resistance, pouplarity is low, audient's face is narrow, latex wrinkle gloves are on the basis of light face dipped gloves, special texture processing is carried out in its surface, thereby adopt chemical industry method corrosion glove surface to form wrinkle or projection, reach the object that glove surface is wrinkling or coarse, to increase the anti-skidding of dipped gloves, antiseptic property, but these class gloves have the residual of chemical assistant, cause gloves poisonous, there is taste, be unfavorable for that the producer and user's is healthy, for the wrinkling production technology of tradition, a lot of scientific research personnel and producer have carried out a large amount of experiments and improvement, all cannot realize and not use chemical products just to make the wrinkling object of glove surface latex completely, existing Chinese patent 2012207504960 discloses a kind of anti-skidding anticorrosion gloves of grit blast surface texture, include fibrage, polyvinyl chloride glue-line, grit blast structure sheaf and vinyl grout layer, thereby be coated and form coarse glove surface with grout again after particle is sprayed on glue-line, Chinese patent 2012207501445 discloses a kind of anti-skidding anticorrosion gloves of matte surface structure, it first coats PVC glue-line on fibrolaminar outer surface, then on glue-line, spray the frosted layer of irregular pattern, on frosted layer, flood again one deck grout, thereby complete the coarse processing of glove surface, disclosed anti-skidding anticorrosion glove construction complexity in above-mentioned patented technology, need to be through gluing repeatedly, dipping process, preparation technology is loaded down with trivial details, not environmental protection of production process, finished product hardens, poisonous, there is taste, dress inconvenient, underaction when use, therefore seek to design a kind of latex dipped gloves of novel surface grain structure, disposable impregnation or sprinkling are processed, complete the preparation of the particle skid resistant course of even thickness, and pliability is good, antiseptic property is good, be not easy to be pierced, effectively having made up dipped gloves in prior art wears no resistance, not environmental protection, the problems such as the weak and suppleness deficiency of skid resistance, there is good economic worth and social benefit.

Summary of the invention:

The object of the invention is to overcome the shortcoming that existing latex dipped gloves exists, relate to a kind of dipped gloves of surface particles structure, adopt the preparation method of disposable impregnation or sprinkling, the anti-skidding emulsion layer of grain structure of making individual layer in glove surface, has good suppleness when anti-skid wearable.

To achieve these goals, the dipped gloves agent structure the present invention relates to comprises wrist position, hand neck position, the back of the hand position, palm part, finger position and grain structure layer, He Shoubo position, wrist position is common cellulosic gloves, the back of the hand position, on the surface of palm part and finger position, be coated with respectively grain structure layer, each position lip-deep grain structure layer area coverage scope is adjustable, the back of the hand position lip-deep grain structure layer area coverage is 0-100%, the lip-deep grain structure layer of palm part area coverage is 10-100%, the lip-deep grain structure layer of finger position area coverage is 10-100%, grain structure layer is made up of latex or reclaimed rubber and particle, and wherein particle is that irregular rubber grain of uniform size or powder are made particle, and its particle size is 0.01-5mm.

The present invention compared with prior art, abandon and traditional soak dipped gloves with auxiliary chemicals such as benzene, acetic acid and kerosene and make the wrinkling production technology of its surperficial latex, adopt the preparation method of disposable impregnation or spraying, the gloves palm coefficient of friction of preparation is large, nontoxic, tasteless, environmental protection, wearability is good, puncture-resistant degree is high, has kept good suppleness when having anti-skidding, anti-corrosion function, time elegant in appearance, dress flexibly environmental friendliness.

Accompanying drawing explanation:

Fig. 1 is agent structure principle schematic of the present invention.

The specific embodiment:

Below in conjunction with accompanying drawing and by embodiment, the present invention is described in further detail.

Embodiment:

The present embodiment is take the dipped gloves of a pair of surface particles structure as example, its agent structure comprises wrist position 1, hand neck position 2, the back of the hand position 3, palm part 4, finger position 5 and grain structure layer 6, wrist position 1 and hand neck position 2 are common cellulosic gloves, the back of the hand position 3, on the surface of palm part 4 and finger position 5, be coated with respectively grain structure layer 6, the lip-deep grain structure layer 6 area coverage scope in each position are adjustable, lip-deep grain structure layer 6 area coverage in the back of the hand position 3 are 0-100%, lip-deep grain structure layer 6 area coverage of palm part 4 are 10-100%, lip-deep grain structure layer 6 area coverage of finger position 5 are 10-100%, grain structure layer is made up of latex or reclaimed rubber and particle, and wherein particle is that irregular rubber grain of uniform size or powder are made particle, and its particle size is 0.01-5mm, and shape comprises circle, triangle, rhombus, trapezoidal, fan-shaped and arc etc.

The dipped gloves of the grain structure that the present embodiment relates to is prepared concrete steps: the irregular particle that first rubber or ground rubber is broken into even size, particle is mixed in the latex of preparing gloves, again cellulosic gloves are enclosed within on fingerprint, then fingerprint is immersed and is mixed with in the latex of particle, then temperature control oven dry, moulding; Or there is the hand of cellulosic gloves to touch in direct immersion latex in cover, after taking-up, again particle is sprayed on the colloid of glove surface, then carry out temperature control oven dry, moulding.

Claims

1. the dipped gloves of a surface particles structure, it is characterized in that agent structure comprises wrist position, hand neck position, the back of the hand position, palm part, finger position and grain structure layer, He Shoubo position, wrist position is cellulosic gloves, the back of the hand position, on the surface of palm part and finger position, be coated with respectively grain structure layer, each position lip-deep grain structure layer area coverage scope is adjustable, the back of the hand position lip-deep grain structure layer area coverage is 0-100%, the lip-deep grain structure layer of palm part area coverage is 10-100%, the lip-deep grain structure layer of finger position area coverage is 10-100%, grain structure layer is made up of latex or reclaimed rubber and particle, and wherein particle is that irregular rubber grain of uniform size or powder are made particle, and its particle size is 0.01-5mm.