en.Wedoany.com Reported - India's Cosmo Plastech has launched freezer-grade polypropylene (PP) sheets, designed for thermoforming applications in rigid packaging for frozen foods, seafood, meat processing, dairy products, and the cold chain industry.

Cosmo Plastech is the rigid packaging business unit of Cosmo Films, a global supplier of specialty films for packaging, lamination, and labeling applications. The newly launched freezer-grade PP sheets are engineered to withstand low-temperature environments while maintaining structural integrity and durability, suitable for packaging forms such as trays and tubs for frozen and refrigerated products. This product helps food brands and processors enhance product protection, improve shelf appeal, and increase operational efficiency during warehousing and transportation.

Himanshu Gupta, Head of Business at Cosmo Plastech, stated that the frozen and ready-to-cook food sector is experiencing robust growth, creating demand for packaging materials that can perform reliably under demanding cold chain conditions. He noted that the freezer-grade PP sheets are designed to offer durability, processability, and food safety, while helping brands optimize packaging performance and sustainability.

These sheets feature high impact resistance at low temperatures, excellent stiffness, moisture and oil resistance, and comply with food-grade standards. The material supports lightweighting and recyclability, suitable for packaging applications such as vegetables, fish and seafood, meat, ready-to-cook products, and frozen snacks. Data indicates that the Indian frozen food packaging market is expected to reach $78.9 billion by 2031, with a compound annual growth rate of 6.9%.

With increasing emphasis on reducing food waste and strengthening temperature-sensitive supply chains, freezer-grade rigid packaging materials are crucial for ensuring product freshness, hygiene, and transportation reliability. Cosmo Plastech's new product aims to support these industry needs through material innovation and scalable manufacturing capabilities.

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