Food and Beverage Business
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Enhanced Oxygen Barrier in Biodegradable Plastics for Coffee Capsules

Enhanced Oxygen Barrier in Biodegradable Plastics for Coffee Capsules beverage packaging, Bio-based, food and drink packaging, food and drink sustainable packaging, Food packaging Food and Beverage Business

With M·VERA® GP1065, BIO-FED, a division of AKRO-PLASTIC GmbH, has introduced a specialized biocompound for coffee capsules. This innovative material offers a significantly enhanced oxygen barrier, is home-compostable, and boasts over 98% bio-based content compared to previously developed alternatives.

M·VERA® GP1065 is specifically engineered to effectively safeguard the delicate aroma of coffee, thereby extending the shelf life of coffee capsules. The improved barrier properties result in considerably lower oxygen permeability than older materials. Furthermore, the biocompound’s compliance with food safety regulations has been verified in accordance with EU 10/2011 and the FDA. The translucent beige color of M·VERA® GP1065 can also be customized to meet specific color requirements.

Cost-effectiveness and efficient production processing

This bioplastic stands out economically, as it can be effortlessly processed using conventional injection molding machines. Its excellent flow and processing characteristics allow for shorter cycle times and enhanced process stability. Moreover, the material’s high heat resistance, exceeding 110 °C, eliminates the need for tempering the capsules, which ultimately saves time and money. The optimal combination of rigidity and toughness ensures reliable performance in coffee capsule machines.

Focus on sustainability: Bio-based and home-compostable

A key advantage is the home compostability (the OK compost HOME certification is currently under review), enabling disposal in domestic compost. This also leverages the natural fertilizing properties of coffee grounds within the biological cycle.

With a bio-based content of over 98%, the carbon footprint is significantly reduced compared to fossil-based plastics. This initiative supports the bio-circular approach aimed at replacing fossil raw materials, all while maintaining high standards in processing and application.

For further details, visit www.bio-fed.com

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