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Quick Details
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Dimension(L*W*H):
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length 30-100m
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Weight:
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50000
-
Certification:
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CE ISO SGS
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Machine material:
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Stainless steel
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Product raw material:
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PVC / natural latex / nitrile
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Degree of automation:
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Full-automatic
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Application:
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Latex glove production
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Electrical parts:
-
Schneider, LG, Omron and etc
Quick Details
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Place of Origin:
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Jiangsu, China
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Brand Name:
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YICHENG
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Voltage:
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380V
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Dimension(L*W*H):
-
length 30-100m
-
Weight:
-
50000
-
Certification:
-
CE ISO SGS
-
Machine material:
-
Stainless steel
-
Product raw material:
-
PVC / natural latex / nitrile
-
Degree of automation:
-
Full-automatic
-
Application:
-
Latex glove production
-
Electrical parts:
-
Schneider, LG, Omron and etc
- Preparing the latex : While latex gloves come from natural rubber latex, they are not 100 percent pure. This is because manufacturers combine the latex concentrate with a number of compounding chemicals during the initial step of the production process. This step enhances the latex’s properties, such as the elasticity, as well as stabilizes the material and its shelf life.
- Cleaning the moulds : To mold the latex into the shape of a glove, manufacturers use hand-shaped ceramic formers. The first task is to wash these formers by dipping them in water and then bleach. This ensures no residues are left from the previous batch. Afterward, formers dip into a chemical solution of calcium carbonate and calcium nitrate to help the latex stick.
- Dipping in latex : Once the formers are ready, manufacturers dip them into a tank full of latex, with the length of time the former is immersed in the tank varying based on the desired glove thickness.
- Vulcanizing the rubber : To ensure the rubber does not crack while drying, the formers enter an oven to dry and solidify. The development of the vulcanization process was integral to the creation of the latex rubber.
- Leaching the gloves : This process involves dipping the gloves in water tanks and removing excess latex proteins to lower the risk of wearers having an allergic reaction and enhance the feel.
- Beading the cuffs : Once the gloves are done with leaching, the manufacturers roll the cuffs to make the gloves easier to remove. The gloves may undergo leaching again after beading.
- Applying powder : If the gloves are powdered, they enter a wet food-grade cornstarch powder slurry. Afterward, manufacturers dry the gloves again.
- Chlorinating or polymer coating the gloves : If the gloves are powder free, they undergo alternative processes to facilitate easier donning. The first is chlorination, which makes the latex less tacky. The second involves coating the gloves with a polymer, which makes the surface smoother.
- Stripping the gloves : Once the gloves are finished, workers remove them from the formers by hand.
- Adopting the up-to-date glove production technology and production process layout, product qualification rate is more than 99%, and protein content is lower than 120 micrograms per gram;
- TPU Coating technology ;
- Imported surfactant solidifier, finished membrane is uniform, no powder mold release;
- The introduction of foreign advanced transmission main chain structure, little chain resistance during operation, high speed production, stable operation;
- Main motor drag, solve the problem of difficult to synchronize, fault point, difficult maintenance, and etc;
- Adopting vertical hot air circulation drying oven, compared with other forms of hot air circulation, save energy consumption by up to 20%;
- Used for cleaning mold splitter six roller long hair scrub mould technology;
- Mold directional, machine printing technology;
- A variety of specifications of production, on the same edge automatic adjustment, the PU edge roller, long service life;
- Design according to the needs of customers of different output, factory size and cost models;
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