Plastic and Industrial Raw Material Production, Import and Export Activities
Stretch and Strech Coil
Stretch film is a transparent and flexible packaging material used to protect your products from damage during transportation and storage. Lightweight and easy to use, stretch film wraps the products tightly, fixes them and protects them from external factors.
Features of Stretch Film:
Material: Polyethylene film
Thickness: 10 micron, 12 micron, 15 micron, 17 micron, 20 micron 23 micron (adjustable upon request)
Width: 50cm, 100cm, 150cm, 200cm (adjustable upon request)
Length: 100 meters, 250 meters, 500 meters, 1000 meters (can be adjusted upon request)
Color: Transparent, White, Black (adjustable)
Usage areas:
Palletizing: It is used to fix and protect the products loaded on pallets.
Transportation and Storage: It is used to protect products from damage during transportation and storage.
Food Packaging: It is used for packaging and protecting foods such as fruits, vegetables and bread.
Furniture Packaging: It is used to protect furniture from damage during transportation and storage.
Electronic Device Packaging: It is used to protect electronic devices from damage during transportation and storage.
And more!
Advantages of Stretch Film:
Protects your products from damage: Stretch film protects your products from impacts, scratches and breakage.
Waterproof: Stretch film protects your products from moisture and water.
Dustproof: Stretch film keeps your products free of dust and dirt.
Economical: More affordable than other packaging options.
Easy to use: Very easy to cut and apply.
Recyclable: It is environmentally friendly and can be recycled.
It is versatile: It can be used for packaging different products.
Nylon and Nylon Coil
Plain nylon: It is a versatile and useful material that offers an ideal solution for the packaging and protection of different products. It is preferred in many areas because it is light, durable and economical.
Product features:
Material: Polyethylene film
Thickness: 15 micron, 20 micron, 30 micron, 40 micron, 50 micron (can be adjusted upon request)
Weight: 22 gr/m², 30 gr/m², 45 gr/m², 60 gr/m², 75 gr/m² (adjustable upon request)
Color: Transparent, White, Black (can be adjusted upon request)
Usage areas:
Food packaging (fruit, vegetables, bread, etc.)
Industrial packaging (parts, machinery, electronics, etc.)
Textile packaging (clothes, shoes, textile products, etc.)
furniture packaging
Home and office supplies packaging
And more!
Advantages of Plain Nylon:
It is durable: It resists tearing, punctures and impacts.
Waterproof: Protects your products from moisture and water.
Dustproof: It cleans your products from dust and dirt.
Economical: It is more affordable than other packaging options.
Easy to use: It is very easy to cut and apply.
Recyclable: It is environmentally friendly and can be recycled.
It is versatile: it can be used for packaging different products.
LDPE ( Low Density Polyethylene)
Low density polyethylene (LDPE) is the abbreviation of the English words Low-density polyethylene. It is the first type of polyethylene. Low density polyethylene has high chemical resistance. For this reason, it is frequently preferred in the field of coating and protection. It has protective properties against heat and moisture. Low density polyethylene has more branching than high density polyethylene. Therefore, its intermolecular bond is weak. It has low tensile strength and high elasticity. It is resistant to breaking. It is not affected by chemicals.
As the wide usage areas of LDPE; corrosion resistant work surfaces, heavy duty bags, bag and napkin production, film production, barrels, toys, garbage bags. In addition, it is widely used in parts requiring flexibility, soft and bendable parts, food storage and laboratory containers, tray and container making, machinable parts, computer parts, electrical insulation and bottle making.
HDPE (High density polyethylene)
HDPE is a chemical product defined by a density greater than or equal to 0.941 g/cm. HDPE has a low degree of branching. Often linear molecules pack together well, so intermolecular forces are stronger than in highly branched polymers. HDPE has high tensile strength. It is used in products and packaging such as milk jugs, detergent bottles, butter containers, garbage cans and water pipes.
PVC (Polyvinyl Chloride)
PVC consists of two main substances. Chiorine (from salt) and Ethylene (from crude oil). This compound, ethylene dichloride, is converted into Vinyl Chloride Monomer (VCM) gas at very high temperatures. Through a chemical reaction called polymerization, VCM turns into a chemically stable powder. This is called PVC. Areas of use of PVC include door and window profiles, vinyl facade cladding, pipe and installation materials, electrical cables, flooring and hobby materials. The material is widely preferred for pipelines in the water and wastewater industry because it is flexible and durable, as well as cheap. PVC, which is also used in the healthcare sector, is preferred because it is economical and long-lasting. PVC pieces can be reused like paper and glass waste.
PE (Polyethylene)
Polyethylene, obtained after polymerizing ethylene with different methods, has a transparent solid feature that does not deteriorate with its shiny and durable structure. A polyethylene polymer molecule is formed by connecting a pair of hydrogen atoms and an even number of carbon atoms united by a covalent bond. Polyethylene is one of the most used plastic products in homes. The properties of polyethylene materials vary depending on their type. However, its basic resistance to outdoor conditions and moisture is high. Polyethylene, with its superior chemical strength, is among the general commercial plastics and is seen in the products you frequently encounter in your daily life because its demand is high.
Polyethylene Usage Areas
shopping bags
General packaging
industrial movies
safes
Drawstring hoodies
Lamination Films
Insulation Pastes
Cosmetic Tubes
Floor Heating Pipes
PET(Polyethylene Terephtarate)
Polyethylene terephtarate (PET or PETE) is a member of the synthetic fiber, resin, and polyester polymer family. Polyethylene terephtarate is much stronger, harder and brighter than other thermoplastics. Thanks to its high durability, it is resistant to many solvents. It is used in the production of disposable water bottles, which we know as PET. Its chemical resistance is quite good. Polyethylene terephtarate, which is colorless and transparent, is impact resistant with its hard structure.
Polyethylene Terephtarate Usage Areas
food industry,
machinery manufacturing,
PACKAGING,
energy industry,
Chemical and pharmaceutical industry
In the construction of moving parts working under high pressure,
In the electronics and semiconductor industry
In gear, valve and food pumps