Aluminum-plastic laminated film V4 is a high-barrier laminated film with ultra-high water vapor and oxygen barrier properties. It can be used for refrigerator VIP panels, food vacuum packaging, energy-saving building material outer packaging, industrial special packaging, etc.
Item | Unit | standard value | Test method |
Thickness | μm | 98±10% | GB/T6672-2001 |
Weight | g/㎡ | 120±10% | ASTM D-646-96 |
Width | mm | ±2 | GB/T6673-2001 |
The multi-layered structure of aluminum-plastic laminated film provides an impermeable shield against environmental factors that compromise product integrity. The aluminum layer acts as a robust physical barrier, effectively blocking oxygen and moisture vapor from penetrating the packaging, which prevents oxidation and hydrolysis of sensitive contents (e.g., pharmaceuticals, food, or electronics). Simultaneously, the plastic layers enhance resistance to water and humidity, ensuring internal dryness. By also blocking UV and visible light, the film protects light-sensitive substances from degradation. This comprehensive barrier safeguards against spoilage, chemical reactions, and microbial growth, making it ideal for industries requiring long-term preservation.
The film’s airtight seal and non-porous composition lock in volatile organic compounds (VOCs) responsible for a product’s scent and flavor. This is critical for food, cosmetics, and herbal products, where aroma is synonymous with freshness and quality. By preventing the escape of these molecules, the film maintains the product’s sensory appeal over extended periods. Enhanced aroma retention not only reduces the risk of odor contamination from external sources but also minimizes internal flavor loss due to exposure. As a result, products retain their marketability and consumer appeal, extending shelf life and reducing waste from premature spoilage.
Engineered for durability, the film’s composite layers exhibit exceptional thermal stability and mechanical strength. It remains flexible and crack-resistant even in extreme cold (e.g., -40°C), making it suitable for frozen food storage, cryogenic applications, or cold-chain logistics. The material resists brittleness, ensuring the packaging remains intact during freezing, thawing, or mechanical stress in transit. Additionally, its weather-resistant properties protect against humidity, temperature fluctuations, and physical abrasion during shipping. This reliability ensures product safety in harsh environments, from icy storage facilities to long-haul transportation, maintaining package integrity and content quality.