Latex glove dipping emulsion, glove dipping method and gloves

Abstract

The invention discloses a latex glove dipping emulsion, a glove dipping method and gloves, and relates to the technical field of labor protection appliances and dipping thereof. Comprising the following components in percentage by mass: 10%-20% of polyurethane, 5%-15% of acrylic resin, 15%-25% of nitrile rubber, 2%-5% of a plasticizer, 0.5%-1.5% of an antioxidant, 1%-3% of a stabilizer, 3%-7% of a waterproof agent, 2%-5% of an oil-proof agent, 1%-3% of an anti-chemical agent, 0.5%-1.5% of an anti-blocking agent, 0.2%-0.5% of an anti-yellowing agent, 1%-3% of a wear-resistant enhancer, a proper amount of water and the balance of water. The puncture resistance, adhesion resistance, wear resistance, yellowing resistance, water resistance, oil resistance and chemical resistance of the latex gloves can be remarkably improved, so that the service life of the latex gloves is prolonged; and the impregnation method is simple and convenient to operate and easy to implement, the production cost is reduced, and the production efficiency is improved.

Description

Technical Field

[0001] The invention relates to the technical field of labor protection products and impregnation thereof, in particular to a latex glove impregnation emulsion, a glove impregnation method and the glove. Background Art

[0002] Gloves, as a widely used labor protection product, play a vital role in hand protection. Whether in industrial and agricultural production, medical field or daily life, gloves play an indispensable role. However, traditional latex gloves face many challenges and problems in actual use.

[0003] After long-term use, latex gloves are prone to sticking to each other, which not only affects the wearing and taking off of the gloves, but may also cause the gloves to break at critical moments, thus failing to provide adequate protection; in addition, the lack of wear resistance, water resistance, oil resistance and chemical resistance also makes latex gloves difficult to use for a long time in a variety of environments, especially in some occasions that require a high degree of protection, such as handling chemicals or performing delicate operations. These defects are particularly obvious, seriously affecting the service life of the gloves and user experience.

[0004] In order to solve these problems, the present invention provides a latex glove impregnation emulsion and a glove impregnation method, and the prepared latex gloves. Summary of the invention

[0005] The object of the present invention is to provide a latex glove impregnation emulsion, a glove impregnation method and a glove, so as to solve the technical problems proposed in the above-mentioned background technology.

[0006] To achieve the above object, the present invention provides the following technical solution: a latex glove impregnation emulsion, comprising the following components and their mass percentages: Polyurethane 10%-20%, acrylic resin 5%-15%, nitrile rubber 15%-25%, plasticizer 2%-5%, antioxidant 0.5%-1.5%, stabilizer 1%-3%, waterproofing agent 3%-7%, oil repellent 2%-5%, anti-chemical agent 1%-3%, anti-adhesion agent 0.5%-1.5%, anti-yellowing agent 0.2%-0.5%, wear-resistant enhancer 1%-3% and appropriate amount of water, the balance is water.

[0007] Preferably, the raw materials include the following mass percentages: 10% polyurethane, 5% acrylic resin, 15% nitrile rubber, 2% plasticizer, 0.5% antioxidant, 1% stabilizer, 3% waterproofing agent, 2% oil repellent, 1% chemical repellent, 0.5% anti-adhesion agent, 0.2% anti-yellowing agent, 1% wear-resistant enhancer and an appropriate amount of water, with the balance being water.

[0008] Preferably, the raw materials include the following mass percentages: 15% polyurethane, 10% acrylic resin, 23% nitrile rubber, 4% plasticizer, 1.2% antioxidant, 2.3% stabilizer, 5.5% waterproofing agent, 3% oil repellent, 2% chemical repellent, 1% anti-adhesion agent, 0.3% anti-yellowing agent, 2% wear-resistant enhancer and an appropriate amount of water, with the balance being water.

[0009] Preferably, the raw materials are included in the following mass percentages: 20% polyurethane, 15% acrylic resin, 25% nitrile rubber, 5% plasticizer, 1.5% antioxidant, 3% stabilizer, 7% waterproofing agent, 5% oil repellent, 3% chemical repellent, 1.5% anti-adhesion agent, 0.5% anti-yellowing agent, 3% wear-resistant enhancer and an appropriate amount of water, with the balance being water.

[0010] Preferably, the plasticizer is selected from one of dioctyl phthalate and dibutyl phthalate to improve the flexibility and processing performance of the emulsion; the antioxidant is selected from one of ascorbic acid, vitamin E, and hindered phenol antioxidants to prevent oxidation and aging of the emulsion during storage and use; the stabilizer is selected from one of calcium zinc composite stabilizer and organic tin stabilizer to improve the stability of the emulsion and extend its service life.

[0011] Preferably, the waterproof agent is selected from one of silicone oil waterproof agents and fluorocarbon waterproof agents to improve the waterproof performance of the gloves; the oil repellent is selected from one of polysiloxane oil repellents and acrylic oil repellents to improve the oil repellency of the gloves; the chemical repellent is selected from one of fluorine-containing and silicon-containing chemical repellents to improve the resistance of the gloves to chemicals.

[0012] Preferably, the anti-adhesion agent is selected from one of diatomaceous earth and talcum powder to prevent the gloves from sticking during storage and use; the anti-yellowing agent is selected from one of a blue light absorber and an ultraviolet absorber to prevent the gloves from turning yellow during use; the wear-resistant enhancer is selected from one of nano-silicon dioxide and nano-alumina to improve the wear resistance of the gloves.

[0013] A latex glove dipping method comprises the following steps: S1. preparing an impregnation emulsion: mixing the components of the latex glove impregnation emulsion according to a certain proportion, stirring them evenly, and obtaining an impregnation emulsion; S2. Glove dipping: Dip the glove ceramic model with the labor protection gloves into the dipping emulsion to ensure that the glove surface is evenly coated with a layer of emulsion; S3, drying and curing: taking out the dipped glove ceramic model and placing it in a drying device for drying and curing, so that the emulsion forms a uniform and firm coating on the surface of the glove; S4. Demolding and removing the gloves: After drying and curing, the gloves are cooled in a cooling device, and then the gloves are taken off from the glove ceramic mold to obtain the finished latex gloves.

[0014] Preferably, the labor protection gloves in S2 are made of nylon thread, steel wire and cotton yarn as raw materials. The raw materials are twisted in the required proportion and then woven into shape using a weaving machine. Subsequently, they are sleeved on the surface of a clean and dry glove ceramic model and immersed in the sol. After dipping in the sol, they are sent to an oven for preliminary drying. A fiber inner sleeve is added inside the gloves to enhance the durability of the gloves. The gloves are sent to the oven again for vulcanization treatment to shape the labor protection gloves. The drying equipment in S3 is a steam electric heating dryer. The required drying temperature is 80-160°C and the required drying time is 60 minutes.

[0015] The utility model relates to a latex glove impregnated with latex, comprising an impregnation liquid coating wrapped on the labor protection glove and a lining bonded to the inner side of the glove by an adhesive.

[0016] Compared with the prior art, the present invention has the following beneficial effects: The latex gloves impregnation emulsion and the impregnation method thereof can significantly improve the puncture resistance, adhesion resistance, wear resistance, yellowing resistance, water resistance, oil resistance and chemical resistance of the latex gloves, thereby extending the service life of the latex gloves; and the impregnation method is simple to operate and easy to implement, which helps to reduce production costs and improve production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 The present invention is a schematic diagram of the process of dipping latex gloves provided by the present invention. DETAILED DESCRIPTION

[0018] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention. Example

[0019] See also Figure 1 The present invention provides a technical solution: a latex glove impregnation emulsion, comprising the following raw materials in percentage by mass: Polyurethane 10%, acrylic resin 5%, nitrile rubber 15%, plasticizer 2%, antioxidant 0.5%, stabilizer 1%, waterproof agent 3%, oil repellent 2%, anti-chemical agent 1%, anti-adhesion agent 0.5%, anti-yellowing agent 0.2%, wear-resistant enhancer 1% and appropriate amount of water, the balance is water.

[0020] The plasticizer is selected from one of dioctyl phthalate and dibutyl phthalate to improve the flexibility and processing performance of the emulsion; the antioxidant is selected from one of ascorbic acid, vitamin E, and hindered phenol antioxidants to prevent the emulsion from oxidative aging during storage and use; the stabilizer is selected from one of calcium zinc composite stabilizer and organic tin stabilizer to improve the stability of the emulsion and extend the service life; the waterproofing agent is selected from one of silicone oil waterproofing agent and fluorocarbon waterproofing agent to improve the waterproof performance of gloves; the oil repellent is selected from polysilicone The invention discloses a kind of alkane oil-proof agent and acrylic oil-proof agent, which is used to improve the oil-proof performance of gloves; the chemical-proof agent is selected from one of fluorine-containing and silicon-containing chemical protective agents, which is used to improve the resistance of gloves to chemicals; the anti-adhesion agent is selected from one of diatomaceous earth and talcum powder, which is used to prevent the gloves from sticking during storage and use; the anti-yellowing agent is selected from one of blue light absorber and ultraviolet absorber, which is used to prevent the gloves from turning yellow during use; the wear-resistant enhancer is selected from one of nano-silicon dioxide and nano-alumina, which is used to improve the wear resistance of gloves.

[0021] A latex glove dipping method comprises the following steps: S1. preparing an impregnation emulsion: mixing the components of the latex glove impregnation emulsion according to a certain proportion, stirring them evenly, and obtaining an impregnation emulsion; S2. Glove dipping: Dip the glove ceramic model with the labor protection gloves into the dipping emulsion to ensure that the glove surface is evenly coated with a layer of emulsion; S3, drying and curing: taking out the dipped glove ceramic model and placing it in a drying device for drying and curing, so that the emulsion forms a uniform and firm coating on the surface of the glove; S4. Demolding and removing the gloves: After drying and curing, the gloves are cooled in a cooling device, and then the gloves are taken off from the glove ceramic mold to obtain the finished latex gloves.

[0022] The labor protection gloves in S2 are made of nylon thread, steel wire and cotton yarn as raw materials. The raw materials are twisted in the required proportion and then woven into shape using a weaving machine. Subsequently, they are sleeved on the surface of a clean and dry glove ceramic model and immersed in the sol. After dipping in the sol, they are sent to an oven for preliminary drying. A fiber inner sleeve is added inside the gloves to enhance the durability of the gloves. The gloves are sent to the oven again for vulcanization treatment to shape the labor protection gloves. The drying equipment in S3 uses a steam electric heating dryer. The required drying temperature is 80-160°C and the required drying time is 60 minutes. Steam or electric heating is usually used to provide a suitable drying environment for latex gloves to achieve rapid drying and curing of the gloves, thereby ensuring the quality and production efficiency of the gloves.

[0023] A latex glove impregnated with latex glove impregnated with latex, comprising an impregnating liquid coating wrapped on the labor protection glove and a lining bonded to the inner side of the glove by an adhesive; The lining is made of yarn fiber. The specific steps are as follows: first, prepare the labor protection gloves, and then cut the appropriate yarn fiber material as the lining according to the size and shape of the gloves. Evenly apply a layer of adhesive on the inside of the gloves where the lining needs to be bonded. Place the cut yarn fiber lining accurately on the inside of the gloves coated with adhesive, and ensure that it is flat and wrinkle-free. Through appropriate temperature and time control, the adhesive is cured, so that the yarn fiber lining is firmly bonded to the inside of the gloves. Example

[0024] See also Figure 1 The present invention provides a technical solution: a latex glove impregnation emulsion, comprising the following raw materials in percentage by mass: Polyurethane 15%, acrylic resin 10%, nitrile rubber 23%, plasticizer 4%, antioxidant 1.2%, stabilizer 2.3%, waterproofing agent 5.5%, oil repellent 3%, anti-chemical agent 2%, anti-adhesion agent 1%, anti-yellowing agent 0.3%, wear-resistant enhancer 2% and appropriate amount of water, the balance is water.

[0025] The plasticizer is selected from one of dioctyl phthalate and dibutyl phthalate to improve the flexibility and processing performance of the emulsion; the antioxidant is selected from one of ascorbic acid, vitamin E, and hindered phenol antioxidants to prevent the emulsion from oxidative aging during storage and use; the stabilizer is selected from one of calcium zinc composite stabilizer and organic tin stabilizer to improve the stability of the emulsion and extend the service life; the waterproofing agent is selected from one of silicone oil waterproofing agent and fluorocarbon waterproofing agent to improve the waterproof performance of gloves; the oil repellent is selected from polysilicone The invention discloses a kind of alkane oil-proof agent and acrylic oil-proof agent, which is used to improve the oil-proof performance of gloves; the chemical-proof agent is selected from one of fluorine-containing and silicon-containing chemical protective agents, which is used to improve the resistance of gloves to chemicals; the anti-adhesion agent is selected from one of diatomaceous earth and talcum powder, which is used to prevent the gloves from sticking during storage and use; the anti-yellowing agent is selected from one of blue light absorber and ultraviolet absorber, which is used to prevent the gloves from turning yellow during use; the wear-resistant enhancer is selected from one of nano-silicon dioxide and nano-alumina, which is used to improve the wear resistance of gloves.

[0026] A latex glove dipping method comprises the following steps: S1. preparing an impregnation emulsion: mixing the components of the latex glove impregnation emulsion according to a certain proportion, stirring them evenly, and obtaining an impregnation emulsion; S2. Glove dipping: Dip the glove ceramic model with the labor protection gloves into the dipping emulsion to ensure that the glove surface is evenly coated with a layer of emulsion; S3, drying and curing: taking out the dipped glove ceramic model and placing it in a drying device for drying and curing, so that the emulsion forms a uniform and firm coating on the surface of the glove; S4. Demolding and removing the gloves: After drying and curing, the gloves are cooled in a cooling device, and then the gloves are taken off from the glove ceramic mold to obtain the finished latex gloves.

[0027] The labor protection gloves in S2 are made of nylon thread, steel wire and cotton yarn as raw materials. The raw materials are twisted in the required proportion and then woven into shape using a weaving machine. Subsequently, they are sleeved on the surface of a clean and dry glove ceramic model and immersed in the sol. After dipping in the sol, they are sent to an oven for preliminary drying. A fiber inner sleeve is added inside the gloves to enhance the durability of the gloves. The gloves are sent to the oven again for vulcanization treatment to shape the labor protection gloves. The drying equipment in S3 uses a steam electric heating dryer. The required drying temperature is 80-160°C and the required drying time is 60 minutes. Steam or electric heating is usually used to provide a suitable drying environment for latex gloves to achieve rapid drying and curing of the gloves, thereby ensuring the quality and production efficiency of the gloves.

[0028] A latex glove impregnated with latex glove impregnated with latex, comprising an impregnating liquid coating wrapped on the labor protection glove and a lining bonded to the inner side of the glove by an adhesive; The lining is made of yarn fiber. The specific steps are as follows: first, prepare the labor protection gloves, and then cut the appropriate yarn fiber material as the lining according to the size and shape of the gloves. Evenly apply a layer of adhesive on the inside of the gloves where the lining needs to be bonded. Place the cut yarn fiber lining accurately on the inside of the gloves coated with adhesive, and ensure that it is flat and wrinkle-free. Through appropriate temperature and time control, the adhesive is cured, so that the yarn fiber lining is firmly bonded to the inside of the gloves. Example

[0029] See also Figure 1 The present invention provides a technical solution: a latex glove impregnation emulsion, comprising the following raw materials in percentage by mass: Polyurethane 20%, acrylic resin 15%, nitrile rubber 25%, plasticizer 5%, antioxidant 1.5%, stabilizer 3%, waterproofing agent 7%, oil repellent 5%, anti-chemical agent 3%, anti-adhesion agent 1.5%, anti-yellowing agent 0.5%, wear-resistant enhancer 3% and appropriate amount of water, the balance is water.

[0030] The plasticizer is selected from one of dioctyl phthalate and dibutyl phthalate to improve the flexibility and processing performance of the emulsion; the antioxidant is selected from one of ascorbic acid, vitamin E, and hindered phenol antioxidants to prevent the emulsion from oxidative aging during storage and use; the stabilizer is selected from one of calcium zinc composite stabilizer and organic tin stabilizer to improve the stability of the emulsion and extend the service life; the waterproofing agent is selected from one of silicone oil waterproofing agent and fluorocarbon waterproofing agent to improve the waterproof performance of gloves; the oil repellent is selected from polysilicone The invention discloses a kind of alkane oil-proof agent and acrylic oil-proof agent, which is used to improve the oil-proof performance of gloves; the chemical-proof agent is selected from one of fluorine-containing and silicon-containing chemical protective agents, which is used to improve the resistance of gloves to chemicals; the anti-adhesion agent is selected from one of diatomaceous earth and talcum powder, which is used to prevent the gloves from sticking during storage and use; the anti-yellowing agent is selected from one of blue light absorber and ultraviolet absorber, which is used to prevent the gloves from turning yellow during use; the wear-resistant enhancer is selected from one of nano-silicon dioxide and nano-alumina, which is used to improve the wear resistance of gloves.

[0031] A latex glove dipping method comprises the following steps: S1. preparing an impregnation emulsion: mixing the components of the latex glove impregnation emulsion according to a certain proportion, stirring them evenly, and obtaining an impregnation emulsion; S2. Glove dipping: Dip the glove ceramic model with the labor protection gloves into the dipping emulsion to ensure that the glove surface is evenly coated with a layer of emulsion; S3, drying and curing: taking out the dipped glove ceramic model and placing it in a drying device for drying and curing, so that the emulsion forms a uniform and firm coating on the surface of the glove; S4. Demolding and removing the gloves: After drying and curing, the gloves are cooled in a cooling device, and then the gloves are taken off from the glove ceramic mold to obtain the finished latex gloves.

[0032] The labor protection gloves in S2 are made of nylon thread, steel wire and cotton yarn as raw materials. The raw materials are twisted in the required proportion and then woven into shape using a weaving machine. Subsequently, they are sleeved on the surface of a clean and dry glove ceramic model and immersed in the sol. After dipping in the sol, they are sent to an oven for preliminary drying. A fiber inner sleeve is added inside the gloves to enhance the durability of the gloves. The gloves are sent to the oven again for vulcanization treatment to shape the labor protection gloves. The drying equipment in S3 uses a steam electric heating dryer. The required drying temperature is 80-160°C and the required drying time is 60 minutes. Steam or electric heating is usually used to provide a suitable drying environment for latex gloves to achieve rapid drying and curing of the gloves, thereby ensuring the quality and production efficiency of the gloves.

[0033] A latex glove impregnated with latex glove impregnated with latex, comprising an impregnating liquid coating wrapped on the labor protection glove and a lining bonded to the inner side of the glove by an adhesive; The lining is made of yarn fiber. The specific steps are as follows: first, prepare the labor protection gloves, and then cut the appropriate yarn fiber material as the lining according to the size and shape of the gloves. Evenly apply a layer of adhesive on the inside of the gloves where the lining needs to be bonded. Place the cut yarn fiber lining accurately on the inside of the gloves coated with adhesive, and ensure that it is flat and wrinkle-free. Through appropriate temperature and time control, the adhesive is cured, so that the yarn fiber lining is firmly bonded to the inside of the gloves.

[0034] The finished latex gloves prepared in the above-mentioned Examples 1-3 were tested for puncture resistance, adhesion resistance, abrasion resistance, yellowing resistance, water resistance, oil resistance and chemical resistance with the general latex gloves on the market. The above-mentioned properties of the latex gloves prepared in Examples 1-3 were significantly better than those of the general latex gloves on the market, so that the service life of the latex gloves was significantly extended.

[0035] The contents not described in detail in this specification belong to the prior art known to professionals in this field.

[0036] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A latex glove impregnation emulsion, characterized in that: Includes the following components and their mass percentages: Polyurethane 10%-20%, acrylic resin 5%-15%, nitrile rubber 15%-25%, plasticizer 2%-5%, antioxidant 0.5%-1.5%, stabilizer 1%-3%, waterproofing agent 3%-7%, oil repellent 2%-5%, anti-chemical agent 1%-3%, anti-adhesion agent 0.5%-1.5%, anti-yellowing agent 0.2%-0.5%, wear-resistant enhancer 1%-3% and appropriate amount of water, the balance is water.

2. The latex glove impregnation emulsion according to claim 1, characterized in that: The invention comprises the following raw materials in percentage by weight: 10% polyurethane, 5% acrylic resin, 15% nitrile rubber, 2% plasticizer, 0.5% antioxidant, 1% stabilizer, 3% waterproof agent, 2% oil repellent, 1% anti-chemical agent, 0.5% anti-adhesion agent, 0.2% anti-yellowing agent, 1% wear-resistant enhancer and appropriate amount of water, with the balance being water.

3. The latex glove impregnation emulsion according to claim 1, characterized in that: The invention comprises the following raw materials in percentage by weight: 15% polyurethane, 10% acrylic resin, 23% nitrile rubber, 4% plasticizer, 1.2% antioxidant, 2.3% stabilizer, 5.5% waterproof agent, 3% oil repellent, 2% chemical repellent, 1% anti-adhesion agent, 0.3% anti-yellowing agent, 2% wear-resistant enhancer and appropriate amount of water, with the balance being water.

4. The latex glove impregnation emulsion according to claim 1, characterized in that: The invention comprises the following raw materials in percentage by weight: 20% polyurethane, 15% acrylic resin, 25% nitrile rubber, 5% plasticizer, 1.5% antioxidant, 3% stabilizer, 7% waterproof agent, 5% oil repellent, 3% chemical repellent, 1.5% anti-adhesion agent, 0.5% anti-yellowing agent, 3% wear-resistant enhancer and appropriate amount of water, with the balance being water.

5. The latex glove impregnation emulsion according to claim 1, characterized in that: The plasticizer is selected from one of dioctyl phthalate and dibutyl phthalate, which is used to improve the flexibility and processing performance of the emulsion; the antioxidant is selected from one of ascorbic acid, vitamin E, and hindered phenol antioxidants, which is used to prevent the emulsion from oxidative aging during storage and use; the stabilizer is selected from one of calcium zinc composite stabilizer and organic tin stabilizer, which is used to improve the stability of the emulsion and extend the service life.

6. The latex glove impregnation emulsion according to claim 1, characterized in that: The waterproof agent is selected from one of silicone oil waterproof agents and fluorocarbon waterproof agents to improve the waterproof performance of gloves; the oil repellent is selected from one of polysiloxane oil repellents and acrylic oil repellents to improve the oil repellency of gloves; the chemical repellent is selected from one of fluorine-containing and silicon-containing chemical repellents to improve the resistance of gloves to chemicals.

7. The latex glove impregnation emulsion according to claim 1, characterized in that: The anti-adhesive agent is selected from one of diatomaceous earth and talcum powder, and is used to prevent the gloves from sticking during storage and use; the anti-yellowing agent is selected from one of a blue light absorber and an ultraviolet absorber, and is used to prevent the gloves from turning yellow during use; the wear-resistant enhancer is selected from one of nano-silicon dioxide and nano-alumina, and is used to improve the wear resistance of the gloves.

8. A method for impregnating latex gloves, characterized in that: The following steps are involved: S1. preparing an impregnation emulsion: mixing the components of the latex glove impregnation emulsion according to a certain proportion, stirring them evenly, and obtaining an impregnation emulsion; S2. Glove dipping: Dip the glove ceramic model with the labor protection gloves into the dipping emulsion to ensure that the glove surface is evenly coated with a layer of emulsion; S3, drying and curing: taking out the dipped glove ceramic model and placing it in a drying device for drying and curing, so that the emulsion forms a uniform and firm coating on the surface of the glove; S4. Demolding and removing the gloves: After the drying and curing is completed, the gloves are cooled in a cooling device, and then the gloves are taken off from the glove ceramic mold to obtain the finished latex gloves.

9. The method for impregnating latex gloves according to claim 8, characterized in that: The labor protection gloves in S2 are made of nylon thread, steel wire and cotton yarn as raw materials. The raw materials are twisted in the required proportion and then woven into shape using a weaving machine. Subsequently, they are sleeved on the surface of a clean and dry glove ceramic model and immersed in the sol. After dipping in the sol, they are sent to an oven for preliminary drying. A fiber inner sleeve is added inside the gloves to enhance the durability of the gloves. The gloves are sent to the oven again for vulcanization treatment to shape the labor protection gloves. The drying equipment in S3 uses a steam electric heating dryer. The required drying temperature is 80-160°C and the required drying time is 60 minutes.

10. A latex glove impregnated with the latex glove impregnation emulsion as claimed in any one of claims 1 to 7, characterized in that: The utility model comprises an impregnating liquid coating wrapped on the work gloves and a lining bonded to the inner side of the gloves by an adhesive.

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