The Sidel StarLite-R Nitro bottle is the brand's latest addition to its product range that's crafted to enhance the overall appeal and performance of still nitrogen-dosed drinks and edible oils. The bottle is crafted using 100% recycled PET (rPET) and boasts a wave-style pattern to differentiate it from the other packaging in the lineup. The bottle design is rated to support high mechanical performance at high production speeds, while still delivering impressive resiliency with its rPET composition that can be more open to breakage.
Sidel's Packaging Innovator Leader Laurent Naveau spoke further on the Sidel StarLite-R Nitro bottle saying, "Nitrogen dosing adds a small quantity of liquid nitrogen to beverage and food products which enables an increase in pressure inside the bottle ultimately aiding the pack’s resistance as it travels through the supply chain. This process is used for still beverages and food products. Brands are looking for a design that does not resemble a petaloid while maintaining the same performance as this traditional shape; this is a key feature of StarLite-R Nitro."
Nitrogen-Dosed Drink Packaging
The Sidel StarLite-R Nitro Bottle is Made with 100% rPET
Trend Themes
1. Recycled-packaging Solutions - Using 100% recycled PET in packaging addresses sustainability concerns and appeals to eco-conscious consumers.
2. Nitrogen-dosed Beverages - Incorporating nitrogen dosing in packaging enhances the structural integrity and shelf life of still drinks.
3. Innovative Bottle Designs - Unique wave-style bottle patterns distinguish products on the shelf while maintaining high mechanical performance.
Industry Implications
1. Beverage Packaging - Exploring nitrogen dosing can improve the transport resilience and marketability of still beverages.
2. Recycling Industry - The demand for recycled PET materials is likely to surge as brands prioritize sustainable packaging solutions.
3. Food Preservation - Adopting innovative packaging techniques, like nitrogen dosing, can extend the shelf life and appeal of food products.