1. A preparation method of one-time nitrile foamed gloves and two-time nitrile foam gloves
The technology relates to a method for preparing a nitrile foamed glove and a nitrile foamed glove twice, which includes preheating the glove embryo, dipping the coagulant, then dipping the first dipping glue, and then dipping the foam rubber; wherein, the first dipping glue The styrofoam and styrofoam are nitrile mortar; obtained by immersing in coagulant again, pre-baking, washing with water and vulcanization. The gloves obtained by the technical method not only have the properties of wear resistance, heat insulation, oil stain resistance, acid and alkali resistance, and corrosion resistance, but also have slow resilience and shock absorption properties.
2. Preparation method of carboxyl nitrile latex for high-strength and high-wear nitrile gloves
This technology provides a method for preparing carboxyl nitrile latex for high-strength and high-wear nitrile gloves, including the following steps: (1) synthesis of carboxyl nitrile latex, (2) degassing and post-treatment of latex; this technology adopts reactive type The emulsifier directly participates in the monomer reaction; no emulsifier needs to be formulated to simplify operation and save costs; at the same time, the emulsifier participates in the reaction to form a product, which improves the final product yield; the product is not only stable in polymer latex, but also contains a structure The benzene ring structure has the characteristics of high strength and high wear resistance.
3. A low temperature resistant nitrile protective glove and preparation method of nitrile rubber paste used
The technology relates to a method for preparing a low temperature resistant nitrile protective glove nitrile latex. The preparation method is to add an abrasive additive to nitrile latex, and then pre-vulcanize to prepare pre-vulcanized nitrile latex. S2. A thickener is added to the pre-vulcanized nitrile latex obtained in S1 to adjust the viscosity to 1200 to 2500 mpa¡¤s to obtain nitrile mortar. The nitrile mortar prepared by this method is used for glove embryo dipping to obtain low temperature resistant nitrile protective gloves, which can be used freely at low temperature? 25 ¡æ, fingers can be bent normally and flexibly, and the performance is the same as that at room temperature. To reduce hand fatigue; the low temperature resistant nitrile protective gloves prepared at the same time have better oil resistance, solvent resistance and wear resistance, which effectively improves the scope of use of nitrile gloves.
4. A nitrile latex composite material and its preparation method, a nitrile glove and its preparation method
This technology relates to a nitrile latex composite material. The raw materials of the nitrile latex composite material include the following components in terms of mass fraction: nitrile latex 70% to 90%, surfactant 0.2% to 10%, and vulcanizing agent 0.1 % To 5%, vulcanization accelerator 0.1% to 10%, antioxidant 0.5% to 5%, low temperature plasticizer 1 to 5%, tackifier 2 to 8%. The technology also relates to a low temperature resistant nitrile glove prepared by using the above-mentioned nitrile latex composite material. The nitrile glove has good flexibility at low temperature, and also has excellent oil resistance and wear resistance.
5. A nitrile latex auxiliary material used for preparing blue nitrile gloves and a preparation method thereof
The technology provides a nitrile latex auxiliary material for preparing blue nitrile gloves and a preparation method thereof. The nitrile latex auxiliary material contains the following parts by weight of raw material components: zinc oxide powder 20~35 parts, sulfur powder 15 ~25 parts, accelerator BZ powder 10-20 parts, accelerator EZ powder 0.5~4.5 parts, anti-aging agent powder 2-10 parts, titanium dioxide 20-40 parts, dispersant powder 1-6 parts and proper amount of water. After mixing the raw material powders, firstly stir and disperse, recirculate and grind until the particle size of the powder in the mixed liquid is ¡Ü5 ¦Ìm to obtain mixed nitrile latex. The nitrile latex prepared by the technology has accurate raw material ratio, more convenient use, low production cost, and the prepared nitrile gloves have high smoothness, high pass rate of pinholes, and stable quality.
6. A nitrile latex auxiliary material used for preparing white nitrile gloves and a preparation method thereof
The technology provides a nitrile latex auxiliary material used for preparing white nitrile gloves and a preparation method thereof. The nitrile latex auxiliary material contains the following parts by weight of raw material components: 15-30 parts of zinc oxide powder and 20~ of sulfur powder 30 parts, 2 to 9 parts of accelerator BZ powder, 5 to 12 parts of accelerator EZ powder, 2 to 9 parts of antioxidant powder, 35 to 50 parts of titanium dioxide, 1 to 6 parts of dispersant powder and appropriate amount of water. After mixing the raw material powders, firstly stir and disperse, recirculate and grind until the particle size of the powder in the mixed liquid is ¡Ü5 ¦Ìm to obtain mixed nitrile latex. The nitrile latex prepared by the technology has accurate raw material ratio, more convenient use, low production cost, and the prepared nitrile gloves have high smoothness, high pass rate of pinholes, and stable quality.
7. Nitrile latex composite slurry and its preparation method, nitrile gloves and its preparation method
This technology relates to a nitrile latex composite slurry and its preparation method, nitrile gloves and its preparation method, wherein the raw material of the nitrile latex composite slurry includes the following components in parts by weight: carboxyl nitrile latex 200¡« 300 parts; stabilizer 10-20 parts; vulcanizing agent 10-20 parts; foaming agent 10-20 parts; thickener 2-10 parts. The nitrile latex composite slurry of this technology can directly form anti-skid lines, and has excellent anti-skid, tear resistance, wear resistance and aging resistance. The outer surface of nitrile gloves prepared with nitrile latex composite slurry has anti-skid The texture has excellent anti-slip properties, and the performance test is carried out according to the European Union EN388 standard. The EN388 level reaches 4131, and the anti-aging performance reaches the requirements of grade 2.
8. Latex gloves or nitrile gloves with skin care function
The technology provides latex gloves or nitrile gloves with skin care functions, including a glove body, a skin care layer is provided on the glove body, the skin care layer is made of a skin care solution impregnated, the skin care solution is composed of the following ingredients, aloe Powder, rose essential oil, white lotus powder, berberine powder, sodium phenylpotassium, potassium sorbitol, gelatin, citric acid, water and olive oil, this technology can moisturize the user's hand skin, the hand skin can continuously absorb nutrients, thus Protect the user's hands, especially in autumn and winter, the hands have a better emollient function, thus increasing the use of gloves.
9. Abrasion resistant nitrile gloves at the end of fingers and method for making the same
The technology relates to a wearable nitrile glove at the end of a finger and a manufacturing method thereof. The glove includes a cotton bladder and a patch. A patch on the outside of the cotton bladder is sewn on the upper end of each finger of the cotton bladder. The production method is as follows: the patch is placed on the end of the finger between two cotton bladders, the sewing cloth is sewed into a whole with the cotton bladder, and then the cotton bladder is turned out from the inside out so that the patch is located The outer surface of cotton bile. The technology is a wear-resistant nitrile glove with reasonable design, simple structure, good use effect and long service life at the end of the finger and its manufacturing method. Using this method to process gloves can improve production efficiency, reduce production costs, and realize production lines. A large number of automated continuous production.
10. Preparation method of carboxybutyronitrile latex for high-strength flame-retardant gloves
This technology provides a method for preparing carboxybutyronitrile latex for high-strength flame-retardant gloves, which includes the following steps: (1) synthesis of carboxybutyronitrile latex, (2) degassing and post-treatment of latex, this technology uses a post-initiation reaction, Form a new active species, introduce the polyvinyl chloride molecular chain into the carboxybutyronitrile latex molecular chain; meanwhile, the reaction temperature adopts medium and low temperature reaction, the maximum temperature does not exceed 40 ¡æ, the molecular weight is high, the gel rate is low, and the processing performance of the product It is improved; in addition, the emulsifier and thiol are added in batches to make the polymer molecular structure more uniform and better performance; moreover, the introduction of polyvinyl chloride molecular chain through chemical grafting reaction makes the mechanical strength and resistance of the product The abrasion is greatly improved, and at the same time, it contains good flame retardant properties due to the chlorine element.
11. Ceramic hand mold coating suitable for nitrile rubber gloves and its production and use method
12. Preparation method of nitrile rubber wrinkled gloves
13. A method for preparing nitrile wear-resistant dipped gloves
14. Method for preparing nitrile gloves
15. A kind of nitrile rubber gloves with different colors inside and outside
16. A household nitrile rubber glove
17. A high-performance polyurethane modified nitrile latex glove and preparation method thereof
18. Nitrile gloves hand mold cleaning device
19. Preparation method of carboxybutyronitrile latex for industrial glove impregnation
20. Green aloe skin care nitrile gloves and production method thereof
21. Preparation method of nitrile false foam non-slip gloves
22. Chemical-resistant nitrile latex for disposable gloves and preparation method thereof
23. A nitrile rubber medical glove
24. A treatment method for nitrile gloves production process wastewater
25. A disposable nitrile gloves production sewage treatment and reclaimed water reuse system
26. A nitrile rubber medical glove
27. A manufacturing process of nitrile rubber for disposable laboratory gloves
28. A fifteen-pin nylon plus spandex silk moon pattern nitrile foam glove and its preparation process
29. Abrasion-resistant fleece nitrile gloves and preparation process thereof
30. An inorganic filler used for preparing nitrile gloves and preparation method thereof
31. Disposable nitrile non-smooth gloves and its preparation process
32. A method for preparing carboxybutyronitrile latex for impregnation of industrial and medical examination gloves
33. A kind of nitrile rubber gloves with different colors on the palm of the hand
34. Production process of nitrile reinforced PU coated gloves
35. Preparation process of nitrile nylon lined gloves
36. An ultra-thin nitrile latex glove and preparation method thereof
37. An antistatic nitrile glove and its production method
38. Disposable nitrile sub-smooth gloves and preparation process
39. Production method of nitrile gloves
40. Oily PU-nitrile double-layer composite rubber gloves and manufacturing method thereof
41. Preparation method of carboxyl nitrile rubber oil-resistant gloves
42. Preparation method of carboxyl nitrile rubber oil-resistant gloves
43. Preparation method of carboxylated nitrile rubber for oil-resistant gloves
44. Water-resistant nitrile latex for unlined thin gloves and preparation method thereof
45. A velvet cloth nitrile gloves dipping equipment
46. Preparation method of high wear-resistant cold-resistant nitrile gloves
47. Anti-arc nitrile gloves and production method thereof
48. Anti-arc nitrile gloves and production method thereof
49. Preparation method of nitrile non-slip gloves
50. A kind of nitrile ultra-thin non-slip skin care labor protection gloves and its production process
51. Preparation method of nitrile latex anti-skid gloves
52. Nitrile gloves and preparation method thereof
53. Preparation method of graphene?butyronitrile ultrafine foam gloves
54. Preparation method of nitrile rubber gloves with different colors on palm and back
55. Mullite ceramic hand mold used in nitrile rubber gloves and production method thereof
56. Preparation method of nitrile rubber gloves with different colors inside and outside
57. A fifteen-needle nylon plus spandex silk nitrile ultrafine foam glove and its preparation process
58. Preparation method of nitrile anti-skid fully immersed safety mouth gloves
59. Disposable graphene? Nitrile rubber gloves and preparation method thereof
60. Disposable nitrile diamond grain gloves and preparation process thereof
61. An antistatic nitrile glove and manufacturing method thereof
62. A method for reducing the content of dust particles and cations in nitrile gloves
63. A kind of carboxyl nitrile rubber oil resistant gloves
64. Disposable nitrile smooth gloves and preparation process
65. Nitrile latex composition for gloves
66. A connection process of PVC anti-collision strip and nitrile gloves
67. Medical gloves blended with natural rubber and nitrile rubber and preparation method thereof
68. Wastewater treatment method of nitrile medical gloves production plant
69. Nitrile gloves and preparation method thereof
70. Preparation process of a new type of nitrile gloves
71. Preparation method of disposable nitrile medical gloves
72. Disposable dust-free nitrile low-halogen gloves and preparation process thereof
73. Graphene-butyronitrile non-slip gloves and preparation method thereof
74. Preparation method of nitrile latex frosted gloves
75. Preparation method of carboxyl nitrile latex for disposable gloves
76. Formula and manufacturing method of cool nitrile gloves
77. An antistatic nitrile glove and preparation method thereof
78. Preparation method of nitrile ultrafine foam gloves
79. Method for manufacturing nitrile foamed beaded gloves
80. Preparation method of nitrile anti-skid gloves
81. Polyvinyl chloride/nitrile composite rubber gloves and preparation method thereof
82. Adhesive film for nitrile gloves and preparation method thereof
83. Production method of nitrile patterned gloves
84. Method for making food contact nitrile gloves
85. Preparation method of household nitrile rubber gloves
86. Nitrile rubber surgical gloves and preparation method thereof
87. Method for preparing graphene-nitrile latex matte gloves
88. Preparation and treatment process of disposable antistatic high-clean nitrile gloves
89. High temperature resistant nitrile latex for lining gloves and preparation method thereof
90. Carboxylic nitrile latex for oil-resistant gloves and preparation method thereof
91. Preparation method of graphene functionalized nitrile flocking gloves
92. Preparation method of nitrile non-slip gloves