Brief: Ever wondered how advanced multi-layer packaging protects frozen foods from factory to freezer? This video showcases the construction and real-world performance of our frost and puncture-resistant pouches, demonstrating their anti-fog properties and how they maintain product quality throughout the cold chain.
Related Product Features:
Multi-layer laminate construction ensures superior barrier integrity against moisture, oxygen, and odors.
Remains flexible, seal-strong, and puncture-resistant even at temperatures as low as -40°C.
High-definition printable outer layers provide excellent branding and shelf impact.
Prevents freezer burn, dehydration, and ice-crystal formation in frozen fruits and vegetables.
Withstands handling, stacking, and transit hazards with high tear and burst strength.
Available in customizable thicknesses and layer structures for specific product needs.
Ideal for frozen seafood, ready meals, and ice cream, blocking oxidation and odor transfer.
Supports extended shelf life and complies with food-safety and sustainability standards.
FAQs:
What materials are used in these frozen food packaging pouches?
The pouches use a multi-layer structure including PET or BOPP for the outer layer, PE for the inner sealing layer, and optional EVOH, PA, or metallized layers for enhanced barrier properties against oxygen, moisture, and light.
How does this packaging prevent freezer burn and maintain product quality?
The superior barrier performance blocks moisture vapor and oxygen, which are the primary causes of freezer burn and oxidation, while the low-temperature durability ensures the pouch remains intact and functional throughout the cold chain.
What are the typical applications for these multi-layer pouches?
They are commonly used for frozen fruits and vegetables, ready-to-eat meals, seafood, meat, ice cream, frozen desserts, bakery items, and snacks, providing protection against dehydration, odor transfer, and physical damage.
What is the temperature range and thickness available for these pouches?
The pouches operate within a temperature range of -40°C to 120°C and are available in thicknesses from 50 to 100 microns, with customizable structures based on protection needs and machinery specifications.