

Gamma Plastic, TOP 30% PCR

Freshness meets the circular economy. The fresh produce sector is increasingly focused on packaging solutions that combine high technical performance with environmental responsibility.
In response, Gamma Plastic has developed TOP 30% PCR, a flexible top-seal film that incorporates 30% post-consumer recycled (PCR) plastic, without compromising on strength and quality. TOP 30% PCR leverages an advanced production process that recovers and transforms plastic materials from previously used packaging waste. Through specialized extrusion and granulation procedures, the PCR component is uniformly integrated into the film matrix, ensuring consistent thickness, excellent transparency, and a reliable barrier against oxygen and moisture.
The result is a top-seal film that effectively protects fruits and vegetables, preserving their freshness and organoleptic properties. Thanks to its excellent mechanical strength, TOP 30% PCR adheres perfectly to tray edges, ensuring an airtight seal during transportation and storage. This level of protection helps reduce food waste, delivering significant benefits both economically and environmentally. Moreover, the film runs smoothly on automated packaging lines, requiring no major modifications to existing equipment.
Gamma Plastic places top priority on food safety and compliance with current regulations
Gamma Plastic places top priority on food safety and compliance with current regulations, thoroughly testing the film to ensure that the use of PCR does not compromise its suitability for food contact. In a market that demands ever-higher standards, TOP 30% PCR is the ideal solution for those looking to stand out at events like FRUIT ATTRACTION, showcasing a tangible commitment to sustainability and the circular economy. Thanks to customizable thickness, sizes, and performance options, this film meets the needs of various production environments, offering a winning combination of innovation, reliability, and environmental respect
Participate in Fruit Attraction at stand 10B26