Products
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CM-GMS80*6 Nitrile latex gloves machine
Glove production line model: CM-GMS80*6
Hourly output of glove equipment: 6,000-7,200 Pcs
24-hour output of glove equipment: 144,000-172,800 Pcs
Thermal power consumption of glove machine/hour: 1.2 million kcal
Glove machine power/hour: 175KW
Glove production line size: 80*2*7.8 meters
Workshop size requirements for a single glove production line: 100*15*9.5 meters
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CM-GMD120*6 Nitrile Latex Gloves Machine
CM-GMD120*6 Medical Nitrile Glove Production Equipment
Details of the glove production line:
Glove production line model: CM-GMD120*6
Hourly output of glove equipment: 14,400-16,800 Pcs
24-hour output of glove equipment: 345,600-403,200 Pcs
Glove machine thermal power consumption/hour: 2.4 million kcal
Glove machine power/hour: 226KW
Glove production line size: 120*2.24*9.3 meters
Workshop size requirements for a single glove production line: 140*15*11 meters
This glove can produce products: disposable blue nitrile gloves, disposable medical nitrile gloves, medical sterile grade nitrile gloves, disposable latex examination gloves, disposable medical latex gloves, medical surgical latex gloves
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CM-GMS100*6 Nitrile Latex Gloves Machine
Details of the glove production line:
Glove production line model: CM-GMS100*6
Hourly output of glove equipment: 7800-9,000 Pcs
24-hour output of glove equipment: 187,200-216,000 Pcs
Glove machine thermal power consumption/hour: 1.4 million kcal
Glove machine power/hour: 185KW
Glove production line size: 100*2*7.5 meters
Plant size requirements for a single glove production line: 120*15*9 meters
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CM-GMD100*6 Nitrile Latex Gloves Machine
CM-GMD100*6 Fully Automatic Two-hand Mold Nitrile Latex Glove Production Line
Details of the glove production line:
Glove production line model: CM-GMD100*6
Hourly output of glove equipment: 13,200-15,600 Pcs
24-hour output of glove equipment: 316,800-374,400 Pcs
Glove machine thermal power consumption/hour: 2.1 million kcal
Glove machine power/hour: 210KW
Glove production line size: 100*2.24*9.2 meters
Workshop size requirements for a single glove production line: 120*15*11 meters
This glove can produce products: disposable blue nitrile gloves, disposable medical nitrile gloves, medical sterile grade nitrile gloves, disposable latex examination gloves, disposable medical latex gloves, medical surgical latex gloves
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CM-GMD80*6 Nitrile Latex Gloves Machine
CM-GMD80*6 automatic mini nitrile latex glove production equipment glove machine
Details of glove production line:
Glove production line model: CM-GMD80*6
Hourly output of glove equipment: 9,600-10,800 Pcs
24-hour output of glove equipment: 230,400-259,200 Pcs
Glove machine thermal power consumption/hour: 1.6 million kcal
Glove machine power/hour: 199KW
Glove production line size: 80*2.24*9.2 meters
Workshop size requirements for a single glove production line: 100*15*11 meters
This glove can produce products: disposable nitrile gloves, disposable medical examination nitrile gloves, medical sterilized nitrile examination gloves, disposable latex gloves, disposable medical examination latex gloves, medical gloves latex gloves.
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CM-GMS60*6 Nitrile Latex gloves machine
Nitrile glove equipment design concept
1. Adopting the most advanced two-dipping advanced nitrile latex glove production line technology;
2. PU coating technology and on-board chlorine treatment technology can be used;
3. Accept different heating methods, including natural gas, coal, diesel, and biomass fuel;
4. Adopt alkali-acid cleaning process to ensure mold cleanliness;
5. On-machine vulcanization, automatic demoulding, counting, and final packaging directly;
6. Models with different lengths, heights, running speeds, single-handed molds and two-handed molds can be designed according to customer requirements.
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Mixed nitrile gloves production line
Nitrile compound gloves have the advantages of nitrile gloves and PVC gloves. They are immersed in mixed raw materials. The inner layer of the gloves is smooth and easy to wear. The gloves have better elasticity than PVC gloves and are low in cost. The outer layer of the glove has a certain coefficient of friction, is easy to use, and reaches the standard of smooth external and internal smooth.
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General PVC glove production line
The PVC glove production line adopts continuous production method and direct immersion method, with uniform film formation and bright color. Various models and specifications can be produced online at the same time. The length of the production line is 60 meters, 80 meters and 100 meters, etc., with high automation and large output. It can be configured with automatic demoulding, and the length of the production line can be designed and installed according to the customer’s production site.
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Food grade PVC glove production line
PVC gloves are widely used in daily life, with health protective effect, good protective performance, safety and non-toxic, welcome by the use of protection.Products in the developed countries and regions have a broad market.The products are divided into powdered gloves (in the process, a small amount of corn flour is attached to the surface of gloves to keep the gloves smooth and smooth) and powder-free gloves (in the process, PU treating agent is used to replace corn flour to play the same role).From the level, there are mainly medical grade gloves of industrial grade gloves (distinguishing index is mainly the size of the needle eye rate);From the model is divided into XSSMLXL lengthened, thickened, lengthened and so on.After investigation, the products are mainly published in the powder industrial level and powder free doctor chat level SMLXL, ML as the main products.
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Sterilization grade nitrile gloves production line
The sterilization-grade glove production line is mainly to produce nitrile gloves that meet European and American standards. The differences from the ordinary nitrile glove production line are:
1. Raw material: medical grade nitrile latex
2. Production line: precision of production line equipment
3. Supporting facilities: additional soaking, drying, and ethylene oxide sterilization
4. Chemical formula: proprietary formula for medical sterilized gloves
5. Testing: manually testing each glove
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PVC glove production line
In the production of gloves, the main raw materials and auxiliary materials are first placed in a special container and mixed in a certain proportion to form an emulsion. After filtering, vacuuming, and standing, the mixture is sent to the dipping tank in the production line with a pump. .Under normal production conditions, the hand molds on the assembly line automatically enter the dipping tank through the chain, and the hand molds that adhere to the emulsion come out of the dipping tank in turn, and continuously rotate while traveling to make the emulsion on the surface of the hand mold uniform and make the excess The lotion dripped down. The dripping liquid returns to the immersion tank through the collection tank. After dripping the excess emulsion, the hand mold moves into the oven with the production line. Under this condition, the emulsion on the hand mold is cured and formed. The hand molds out of the oven go through processes such as natural cooling, crimping, and counting.
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Latex glove production line
The raw materials of latex gloves are pumped into the raw material tank by a diaphragm pump for mixing and preparation, and then transported to various locations on the latex glove production line for immersion during the operation of the production line.
First, the ceramic hand model will be cleaned with acid, alkali and water; then the model will be immersed in hot water for cleaning. After that, the clean mold needs to be immersed in coagulant and other raw materials; the dipping procedure is as follows: the cleaned mold is first immersed in hot water and heated until it is dipped in the coagulant and dried for dipping. After dipping, it is sent to the oven for preliminary drying, adding fiber inner sleeve, flushing hot water and then sending to the oven for vulcanization, drying and forming. After the gloves are demolded, they are inflated, checked, shaped at low temperature, dried at medium temperature, washed with water, dehydrated, dried, and then packed and sent to the finished product warehouse.
