Compostable packaging materials

We use compostable materials that decompose completely without leaving harmful traces in the environment. These materials, made from natural biopolymers, are ideal for the cosmetics packaging industry as they combine functionality and sustainability. They guarantee strength, aesthetics and performance while maintaining the original quality of the product throughout its life cycle. In addition, they promote a circular economy as, once they reach the end of their life cycle, they turn into compost that enriches the soil, reducing the amount of waste going to landfills.

mPackting's approach to compostable packaging

At mPackting, we specialize in creating compostable packaging solutions tailored for the luxury cosmetics market. Our materials are engineered to provide the necessary strength, aesthetics, and performance to maintain product integrity throughout its lifecycle. Once disposed of, these materials break down into compost, reducing landfill waste and contributing positively to the environment.
Discover all our innovative materials for luxury packagings.

Our innovative mBlack™ material

One of our flagship innovations is mBlack™, a 100% bio-based, compostable material developed from upcycled wood waste. This material not only replaces traditional plastics but also acts as a carbon sink, absorbing and storing carbon dioxide from the atmosphere over the long term. mBlack™ offers the durability and moldability required for various packaging applications, making it an ideal choice for eco-friendly cosmetic packaging solutions.

Partner with mPackting for sustainable packaging solutions

By choosing mPackting's compostable packaging materials, brands can enhance their commitment to sustainability while delivering high-quality packagings to consumers. Our customizable and flexible options ensure that your packaging not only stands out on the shelf but also aligns with environmental values.

Contact us today to explore how our innovative, eco-friendly packaging can elevate your products while minimizing environmental impact.