Brief: Here’s a fast, informative look at what this solution does and how it behaves. This video showcases the advanced multi-layer frozen food packaging pouch, demonstrating its robust construction and protective features. You'll see how it effectively resists frost, punctures, and fogging to maintain product quality throughout the cold chain.
Related Product Features:
Multi-layer construction combines materials like PET, BOPP, PE, EVOH, and PA for comprehensive protection.
Superior frost resistance maintains flexibility and seal integrity at temperatures as low as -40°C.
Enhanced puncture resistance from PA layers protects against damage from sharp food edges.
Anti-fog properties ensure clear visibility of the packaged product in frozen environments.
Excellent oxygen and moisture barriers from EVOH and metallized layers prevent freezer burn and oxidation.
Compatible with automated packaging equipment for high-speed production and operational efficiency.
Available in customizable sizes, thicknesses, and structures like 3-layer, 4-layer, or 5-layer configurations.
Manufactured with food-grade materials compliant with FDA, EU, and SGS standards for safety.
FAQs:
What are the key benefits of using a multi-layer pouch for frozen foods?
This packaging extends shelf life, preserves food quality by maintaining texture and flavor, withstands supply chain handling, and enhances brand presentation with high-quality printing surfaces.
How does the pouch protect against oxygen and moisture?
Specialized layers like EVOH provide a superior oxygen barrier, while PE layers act as an effective moisture vapor barrier, preventing dehydration, oxidation, and freezer burn.
What types of frozen foods is this packaging suitable for?
It is versatile for fruits, vegetables, ready meals, seafood, meat, desserts, ice cream, bakery products, and snacks, offering tailored protection for each category.
What are the typical temperature and thickness specifications?
The pouch operates from -40°C to 120°C, with thickness typically ranging from 60 to 150 microns, calibrated for optimal performance balance.