Exported polyethylene
Exported polyethylene|It is one of the most important and widely used polymers in various industries. This polymer
is produced from ethylene as a raw material and is used in the production of plastic products, pipes, packaging films,
protective and automotive industries due to its features such as flexibility, lightness, resistance to chemicals and
insulation.
Exported polyethylene is divided into two main types including high pressure polyethylene (HDPE) and high density polyethylene (LDPE).
Due to its high impact and heat resistance, HDPE is used in the piping industry, irrigation containers and plastic bottles. To learn more
about this raw material in the industry, visit this polyethylene page. While LDPE is used in the production of packaging films and plastic
bags due to its greater flexibility and insulation.
The production process of polyethylene includes the stages of polymerization, phase transfer, refining and final preparation of the product.
This production process is carried out industrially in petrochemical plants and plays an important role in various industries including plastic,
automotive, packaging and construction industries.
Due to the superior characteristics of polyethylene, the use of this polymer in various industries , including large and small industries, as a
suitable alternative to other materials, is growing and expanding.
How is Exported polyethylene produced ?
Exported polyethylene is one of the most widely used polymers that is produced from ethylene as a raw material. The production process
of polyethylene consists of several stages.
The first step is polymerization. In this step, ethylene gas is created in a reactor under pressure and temperature and then it is converted
into polyethylene using a special catalyst (usually a metal catalyst).
The next step is the phase transition. After polymerization, polyethylene is placed in liquid form in a solvent environment (usually
hydrocarbon) and separated from ethylene gas.
Then , liquid polyethylene is placed in the refining stage. In this step, polyethylene is refined from organic materials and other pollutants to
achieve the desired purity.
Finally after refining, polyethylene is made into solid granules that can be used as a raw material for the production of plastic products .
This polyethylene production process is carried out industrially in petrochemical plants and due to its wide application in various industries ,
polyethylene production is one of the main activities of petrochemical industries.
Applications of Exported polyethylene
Exported polyethylene is widely used as a plastic material in various industries due to its special features.
Packaging: Polyethylene is used in the production of packaging films for food, chemicals and industrial products due to its outstanding
properties such as flexibility, moisture resistance and insulation.
Automotive industry: Polyethylene is used as a light and impact-resistant material in the production of internal and external parts of cars.
Piping: High pressure polyethylene is used in the production of water , gas and sewage pipes due to its resistance to pressure and
chemicals.
Plastic bottles: Polyethylene is used in the production of bottles of mineral water, beverages and detergents due to
its lightness and resistance to breaking.
Protective: Polyethylene is used in the production of protective coatings for agricultural products , waterproof coatings
and insulation coatings.
Medical uses: Polyethylene is used in the production of medical devices such as gloves , test tubes and packaging of
medical products .
Also, polyethylene has many applications in various other industries, including electronic, construction, sports and household appliances
industries.
Exported polyethylene storage conditions
Polyethylene is a plastic material that must be stored in certain conditions to avoid losing its properties.
Temperature: Polyethylene should be kept at normal temperatures(usually between -15 and -30 degrees Celsius).
Very high or low temperatures can compromise the physical and chemical properties of polyethylene .
Light: Polyethylene should be protected from direct sunlight because UV light can change the color and quality of polyethylene.
Protection from contact with chemicals: Polyethylene must be protected from contact with chemicals such as
solvents , acids and bases , as this contact can cause changes in the properties of polyethylene.
Protection from mechanical damage: Polyethylene must be protected from mechanical damage such as bending, impact and pressure
to prevent breakage or unwanted deformation.
Moisture preservation: polyethylene must be protected from moisture , because moisture can cause changes in the mechanical and
chemical properties of polyethylene. You need a reliable merchant to receive all kinds of export products You need a reliable merchant to
receive all kinds of export products and we, Ali Foad Company , are the ones you need.
What are the advantages of using polyethylene ?
Many advantages of polyethylene include :
- Low cost and easy availability
- Can be used as electrical insulation
- It is chemically resistant to solvents and dilute acids
- Easy processing for injection molding
- Hard and wear-resistant
- Can be produced in strong and thin films
- Some grades are transparent
For more information in this field , please contact the experts of Ali Foad Company .
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