Sustainable Bag on Valve Packaging for Eco-Consuming Brands with Propellant-Free Pure Product Dispensing and High Recyclability

Align your brand with environmental responsibility using our innovative sustainable Bag on Valve packaging. This forward-thinking eco-friendly dispensing system is designed for brands committed to reducing their ecological footprint without compromising on performance.

The system's ingenious design utilizes compressed air or nitrogen as the propellant, stored separately from the product in the can's headspace, enabling propellant-free pure product expulsion from the inner bag. This means only the pure formulation, uncontaminated by propellants, is dispensed onto the user's skin or into the environment.

As a mono-material pouch solution, the inner bag is often made from a single, recyclable polymer, simplifying the end-of-life recycling process. This sustainable BOV technology offers near-total product evacuation, drastically reducing waste and ensuring your customers receive every bit of the product they purchase.

It is perfectly suited for a wide range of eco-conscious applications, including organic sunscreens, natural insect repellents, plant-based cleaners, and vegan food spreads. By adopting this Bag on Valve system, you not only provide a superior user experience but also make a powerful statement about your brand's dedication to purity, performance, and planetary health.

• A sustainable Bag on Valve system that uses compressed air or nitrogen, not traditional propellants.
• Delivers propellant-free pure product for a cleaner, safer user and environmental experience.
• Features a mono-material pouch solution to enhance package recyclability.
• Offers near-complete product evacuation, aligning with zero-waste principles.
• Ideal for a wide spectrum of eco-conscious applications from cosmetics to household products.

A family on a camping trip uses a natural, DEET-free insect repellent packaged with our sustainable BOV. They can spray it on safely, knowing no flammable or environmentally questionable propellants are being released. The high yield ensures the product lasts the entire trip, and the empty can is easily recyclable.

Our production of this sustainable BOV emphasizes green manufacturing principles. We utilize energy-efficient machinery and have implemented systems to recycle production scrap. The line for the mono-material pouch solution is streamlined to reduce material complexity. We prioritize sourcing raw materials with recycled content and actively work to minimize our overall carbon footprint throughout the manufacturing process.

In keeping with the eco-friendly theme, we use minimalist, recyclable packaging for transportation. The valves are shipped in crates made from recycled cardboard, avoiding single-use plastics wherever possible. We optimize pallet loads to reduce transportation emissions and partner with logistics providers who share our commitment to sustainability.

Our sustainable Bag on Valve system benefits the environment by using inert, non-VOC propellants like compressed air, enabling high recyclability of the can, and ensuring near-total product use to minimize chemical waste.

Propellant-free pure product dispensing means the user receives only the active formulation without any dilution or contamination from liquefied or gaseous propellants, resulting in a purer, often safer, and more pleasant application.

A mono-material pouch solution is made from a single type of plastic, which does not require separation and is therefore much more likely to be successfully processed in standard municipal recycling streams compared to complex multi-layered laminates.

Absolutely. This eco-friendly dispensing system is highly effective with viscous products, providing smooth, consistent dispensing of lotions, creams, and pastes without the need for propellant mixing.

Eco-conscious applications are vast and include organic personal care products, natural cleaning sprays, water-based paints, vegan whipped toppings, and any product where brand values emphasize purity, safety, and environmental responsibility.