خط البثق المشترك لصفائح EVOH متعددة الطبقات
EVOH multi-layer co-extrusion barrier plate production line adopts multi-layer co-extrusion technology to combine EVOH (ethylene-ethylene acetate copolymer) with other materials (such as PP, PET, PE, etc.) to produce plates with excellent barrier performance. The EVOH layer provides excellent gas, moisture, and fragrance barrier effects and is widely used in packaging areas that require long periods of time. This production line is suitable for food packaging, pharmaceutical packaging, and chemical packaging industries. Through the multi-layer structure, the product not only has a high barrier but also has good mechanical strength, transparency, and processability, to meet the needs of high-performance packaging materials in different fields.
المزايا
This sophisticated co-extrusion production line is particularly designed for the supply of high-quality EVOH multi-layer sheets. It is equipped with an accurate control program that ensures uniform distribution of each level and the reliability of thickness. This manufacturing line can easily integrate EVOH with different materials, therefore enhancing barrier propertiesand effectively preventing the penetration of oxygen, liquid, etc. It boasts large manufacturing efficiency and can satisfy the diverse business requirements, such as those in food packaging. The produced sheets are tough, flexible, and of exceptional efficiency, making them the preferred choice for applications where item integrity and survival are essential.
Benefits:
Excellent barrier properties: EVOH has outstanding fuel barrier and moisture barrier properties, making it the best cheap packaging material for gas barrier applications. It performs extremely well in terms of oxygen and water vapor barrier results. According to extremely strict market requirements for items, DWELL has developed advanced seven-layer to eleven-layer submission technology, enabling the production of products with superior hurdle properties. These products can give excellent preservation and safety for food, medicine, and chemical products presentation, and lengthen the company’s shelf life.
High transparency and good look: EVOH has excellent transparency, allowing the items inside the presentation to be clearly displayed, meeting the look and display needs of high-end products.
Excellent electrical properties: EVOH also has higher mechanical strength and impact resistance. This makes the packaging materials more sturdy and protects the inner items from exterior damage properly.
Climate protection: EVOH materials are non-toxic and innocuous, meeting the safety standards for food and medicine presentation, and have great recyclability. Compared to traditional cheap materials, EVOH is more environmentally friendly, and you meet extremely strict environmental needs.
Personalized multi-layer structure: Through multi-layer co-extrusion technologies, different material kinds and thicknesses of each level can be adjusted according to requirements, enabling useful modification. For example, practical layers such as UV resistance, antimicrobial, and anti-static may be added to meet various packaging needs and improve product value.
Exceptional heat sealing efficiency: EVOH multi-layer co-extruded plateshave exceptional heat sealing efficiency, forming seals rapidly at low temperatures, thus reducing energy consumption, improving production efficiency, and reducing production costs.
Suitable for various software scenarios: According to EVOH’s exceptional barrier properties and flexible EVOH multi-layer framework, EVOH multi-layer co-extruded barrier plates are commonly used in packaging fields such as food, medicine, chemicals, and digital products to meet the needs of various industries.
Lighting and lower transport cost: Although EVOH has exceptional hurdle properties, its substance density is low, allowing for lighter packaging designs and lower transportation and storage costs.
Successful creation: Using co-extrusion tech allows for the formation of multi-layer plates in one move, improving production efficiency, reducing fresh material waste, and lowering manufacturing costs, making it suitable for large-scale production and markets with great demand.
التطبيق:
Food package: High-end food package: EVOH has excellent oxygen and water vapor barrier qualities and is commonly used in ready-to-eat meals, frozen foods, cooked food, and snacks. It can efficiently extend the shelf life of items and keep the freshness and flavor of the food.
Packaging for dried fruits and nuts: These meals are prone to oxidation responses, and the barrier qualities of EVOH layer sheets can efficiently prevent food oxidation while maintaining their flavor and nutritional components.
Pharmaceutical presentation: The oxygen hurdle layer of EVOH effectively isolates oxygen in the air, thus maintaining the stability and validity of the medicine. Especially for those Sensitive to air, such as vaccinations and biotech products, EVOH layer sheets can provide better protection.
Medical technology presentation: Used for presenting medical products to ensure its barren condition and prevent the intrusion of moisture and oxygen.
Chemical product presentation: For chemical products that are exposed tooxygen, liquid, or odors, EVOH multilayer sheets can provide solid barrier protection to minimize the degradation or leakage of biochemical components.
Solvent types and corrosive substances packaging: The gas barrier of EVOH can effectively prevent harmful gas leakage or the invasion of external contaminants, thereby protecting the items inside the packaging.
Electronic product protection: EVOH multilayer sheets have excellent gasand moisture barrier properties and can protect electronic components
from the effects of moisture and oxidation. Especially suitable for the packaging of precision electronic products, chips, and sensors.
Cosmetics and personal care product packaging: EVOH multilayer sheetscan be used for the packaging of high-end cosmetics, skin care products, perfumes, etc., to maintain their quality and effect and prevent oxidation and volatilization.


