Mater-bi

Welcome to the next stage in the evolution of Mater-Bi.

Mater-Bi unveils its new identity. A new symbol inspired by the circularity of materials that are wholly or partly made from plant-based resources, designed to naturally complete their life cycle by returning to the earth if appropriately disposed of in industrial composting facilities, in home compost, or, in the case of soil biodegradation, in the ground. A symbol that expresses Mater-Bi’s ongoing evolution and the constant dialogue between natural raw materialse and technology.

Mater-Bi is Novamont’s biodegradable and compostable bioplastic, made wholly or partly from renewable plant-based raw materials.
It is reliable in use and, if appropriately disposed of, can return to the earth as compost, providing valuable nourishment for the soil.

Quality garantee

Mater-Bi is the optimal choice for those seeking a material that combines high product quality with efficient use of resources. Mater-Bi is a high-performance material, comparable to traditional materials, and at the same time biodegradable and compostable. It allows for various recycling options and ensures compliance with ecotoxicity requirements. It also ensures full compliance with current regulations and material performance requirements, making it a reliable and more sustainable bioplastic, thanks to the evolution of the different generations of Mater-Bi, for anyone looking for high performance in use without compromising their environmental responsibility commitments thanks to the plant-based raw materials used via a circular approach.

Biodegradable and compostable

All Mater-Bi applications are certified OK COMPOST in accordance with the UNI EN 13432 standard and comply with the European Directive on packaging and packaging waste. Depending on the specific formulation, Mater-Bi applications can be:
• Compostable in industrial composting facilities, with complete biodegradation within approximately 6 months, in accordance with EN 13432 (and ISO 17088, ISO 14855);
• Compostable in home composting, with biodegradation within approximately 12 months, in accordance with EN 17427;
• Biodegradable in soil, with complete mineralization within a approximately of 24 months, in accordance with EN 17033 and ISO 17556.
In all cases, biodegradation results in the conversion of the material into CO₂, water, and biomass, without the forming of persistent microplastics in the environment. Furthermore, tests carried out so far show that Mater-Bi is intrinsically biodegradable and that, in the presence of marine microorganisms, it achieves levels of biodegradation comparable to those of natural polymers such as cellulose (paper).

Supply chain traceability

Mater-Bi is always at the forefront of innovation. It is introducing a verified traceability system based on blockchain and artificial intelligence, enabling the monitoring of the entire supply chain, from raw material to finished product. This provides Mater-Bi users with access to comprehensive environmental data, offering a reliable and with verified performance

Increasing renewability

Mater-Bi is the result of a series of proprietary Novamont technologies that are at the forefront of research into starches, vegetable oils and their combinations. Thanks to ongoing research and innovation, as well as the development of an increasingly integrated supply chain, Mater-Bi has achieved ever higher levels of plant-based content, reaching 100% in some cases.

Legality and Reliability

The Mater-Bi label is a guarantee of legality and authenticity compared to counterfeit products on the market. Novamont also ensures that products carrying the Mater-Bi mark comply not only with current legal requirements but also but also with the quality and performance standards necessary for the correct production and functionality of the final applications.

Verified carbon footprint

Mater-Bi features a verified carbon footprint. Thanks to the ISO 14067 certification obtained by Novamont, the carbon footprint (CFP) of products made from Mater-Bi can be clearly and transparently measured and quantified.
Using Mater-Bi in manufacturing provides robust final data to support claims of increased sustainability, accurately calculated by third parties and certified by accredited bodies.
Beyond measurement and verification, Novamont is continuously working on developing processes and technological solutions with the ambition of minimizing Mater-Bi’s carbon footprint throughout its entire life cycle. This approach integrates process innovation, raw material selection, and continuous improvement of environmental impact.