Packaging in freezers must survive rapid drops to -40°F without cracking or losing clarity. APET with impact modifiers resists cold...
PEF and PET packaging: PEF is a plant-based rival to PET with better performance. Why it matters: PEF fits existing...
PHA and PET packaging: PHA is compostable but lacks PET’s strength, clarity, and heat resistance. Production problems: Complex, costly, and...
PLA and PET go head-to-head — PET wins on cost, clarity, and recycling; PLA is plant-based but limited. PET leads...
Sustainable packaging terms are often misused, and each one requires different disposal systems. Infrastructure is the real barrier, not the...
Organoleptic testing bridges lab data and real-world customer experience. It evaluates how food looks, smells, tastes, and feels — the...
Condensation in food packaging makes fresh food look soggy and unappetizing, leading to lost sales and frustrated customers. It forms...
OPS packaging is disappearing from shelves due to limited recyclability, heat sensitivity, and shrinking supply — despite its clarity and...
Shelf-life extension is a profit lever — even one extra day reduces waste, saves labor, and protects margins across your...
PET, HDPE, and PP plastics are phthalate-free and safe for food use. Phthalates are used in flexible PVC, not rigid...
UV light exposure can damage food quality, causing oxidation, nutrient loss, color fading, and flavor changes. UV-blocking films and coatings...
Shrink bands offer solid tamper protection, but come with labor, equipment, and sustainability costs. Use is declining as brands seek...
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