Polyethylene Rotation Production Process
Polyethylene Blow Molding Production Process
Vertical Polyethylene Water Tank
Horizontal Polyethylene Water Tank
Polyethylene Conical Silo Storages
Polyethylene Mixer Silo Storages
Polyethylene Vehicle Mounted Tanks
Polyethylene Brine Tanks
Polyethylene Pickle Tanks
Polyethylene Turnip Tanks
Polyethylene Road Barriers
Polyethylene Pallet
Polyethylene Agricultural Spraying Warehouses
Polyethylene Special Maslak Warehouses
Polyethylene Textile Trolleys
Polyethylene Adblue Tanks
Polyethylene Playground
Polyethylene Calf Huts
Polyethylene Drinker
Polyethylene Led Lighted Decorative Products
Angular Polyethylene Water Tank
POLYETHYLENE WAREHOUSE USAGE INSTRUCTIONS
✓ It does not react with the material placed in food and chemical liquid storage tanks. ✓ Suitable for use in food products; water, turnip, pickles, milk, wine, oil. ✓ Used for storage and transportation of products. ✓ Chemical products; various acids (sulfuric, caustic, nitric, nitric, lapsa, salt spirit, liquid mineral oils such as detergents) are used in the storage of products such as. ✓ Suitable for storing dry foodstuffs. ✓ All products are monoblock single piece and there is no joining such as welding, rivet, spot, solder. Polyethylene tanks are economical and long lasting. ✓ The material placed inside is not affected by factors such as odor, taste, mossing and weather conditions. The compatibility of the raw material with the food regulations has been approved by the Ministry of Health and there is no harm to human health.
The arm of the machine fills a mold mounted on it with polymer resin. The mold is closed using bolts or other mechanical clamping mechanisms.
The closed mold is continuously rotated on 2 different axes at low speed inside a closed furnace. The oven is heated using a preferred energy source. The resin melts and adheres to the inner surface of the mold until the inner surface is completely covered.
The mold arm then removes the mold from the oven while continuously rotating on 2 different axes and to a cooling station.
When the resin has solidified sufficiently, the mold is separated open and the molded part is removed.
Each individual product is produced according to a set and computer-controlled plan that determines the ratio of firing time, cooling time and rotational speed. Wall thicknesses and surface quality are closely monitored.
