Our M·VERA® bioplastic compounds are suitable for coffee capsules in a wide variety of shapes and for a wide range of capsule systems. Our materials are certified according to OK compost INDUSTRIAL or OK compost HOME – we also have improved M·VERA® grades with a higher oxygen barrier and improved heat resistance in our product range. We offer materials for processing in injection moulding and extrusion.

M·VERA® bioplastics for coffee capsules

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M·VERA® GP1015

Sustainable plastic packaging – not only for cosmetics

With M·VERA® GP1015, we offer a versatile bioplastic. The material consists mainly of renewable raw materials and is industrially compostable in accordance with EN 13432. In addition to use in the cosmetics sector, M·VERA® GP1015 is also suitable for packaging in the food, household and hygiene sectors, etc.

M·VERA® GP1015

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M·BIOBASE® compounds

PP with wood look for packaging

With our M·BIOBASE® compounds, we offer you innovative packaging solutions made of polypropylene – some types with a wood look. The biomass-balanced M·BIOBASE® compounds combine natural aesthetics with modern functionality and are versatile and can be used for different packaging requirements.

M·BIOBASE® compounds

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M·CYCLOSE® rPE UBQ product range

Recyclates for packaging in injection moulding

Our M·CYCLOSE® rPE UBQ recyclate range includes materials with different stiffnesses and strengths for a wide range of packaging applications in injection moulding. Thanks to the use of PCR material and filler made from household waste, these materials have an improved CO₂-Balance compared to fossil-based virgin material.

M·CYCLOSE® rPE UBQ product range

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M·CYCLOSE® rPELD 050 nat

Recyclates for blow-moulded small hollow bodies

Our sustainable recyclate M·CYCLOSE® rPELD 050 nat is suitable for the production of blow-moulded small to medium-sized hollow bodies – especially for packaging. It offers an environmentally friendly alternative for non-food packaging and helps companies to conserve raw materials, reduce waste and close loops.

M·CYCLOSE® rPELD 050 nat All M·CYCLOSE® recyclates

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M·VERA® bioplastics

Bioplastics for food packaging

For the packaging sector, we offer a wide range of sustainable plastic compounds with certified biodegradability. Our materials are suitable for food contact, optimised for various processing techniques and offer a wide range of properties to meet your individual requirements.

M·VERA® bioplastics

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M·VERA® GP1041

Bioplastics for transparent boxes and packaging

With M·VERA® GP1041, we enable transparent packaging solutions made from bioplastics that have been specially developed for direct contact with food. The material is characterised by its high transparency and material purity, is certified to OK compost INDUSTRIAL in accordance with EN 13432 and is based on renewable raw materials.

M·VERA® GP1041

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M·VERA® GP4001 & GP4003

Bioplastics for thermoformed trays

M·VERA® GP4001 is ideal for sustainable packaging solutions that are produced using the thermoforming process. The material was specially developed for applications with direct food contact and impresses with its good processability and is certified with OK compost INDUSTRIAL in accordance with EN 13432. With a high proportion of renewable raw materials, GP4001 offers a more environmentally friendly alternative to fossil-based plastics.

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M·VERA® B5033

Fruit and vegetable bags – made from biodegradable plastic

With M·VERA® B5033, we offer a biocompound specially developed for bags and film applications. The material is certified according to OK compost HOME, which confirms its biodegradability under defined conditions in domestic compost.

M·VERA® B5033

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M·VERA® for film applications

Bioplastics for shopping bags

Our M·VERA® brand blown film compounds are ideal for the production of shopping bags. Regardless of whether you use M·VERA® B5029, B5033, B5037 or B5039 – all of the above bioplastics have official biodegradability certification.

M·VERA® blown film compounds

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M·VERA® B5029

Securely packaged and biodegradable – bubble wrap

The OK compost INDUSTRIAL certified bioplastic M·VERA® B5029 enables the production of bubble wrap and thus combines sustainability and reliable protection.

M·VERA® B5029

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M·VERA® B5037

Sustainable absorbent pads for food packaging

Absorbent pads, for example for meat packaging, are special inserts that absorb excess liquid from the packaged food and thus improve the hygiene and shelf life of the products. For a sustainable solution, these absorbent pads can be made from our industrially compostable bioplastic M·VERA® B5037.

M·VERA® B5037

Why are our plastics more sustainable than fossil-based plastics or virgin plastics?

Biodegradable: Biodegradable plastics can be broken down by microorganisms into natural components such as water, CO₂ and biomass. They therefore leave no long-lasting plastic residues in the environment and reduce the impact of microplastics. To confirm this, our materials are certified by external institutes in accordance with official standards (e.g. OK compost INDUSTRIAL in accordance with EN 13432).

Biobased: Biobased plastics are made entirely or partially from renewable raw materials (e.g. maize, sugar cane, vegetable oils). As plants have absorbed CO₂ from the atmosphere as they grow, this plant carbon is converted into plastic and replaces fossil carbon from crude oil. As a result, the use of renewable raw materials can contribute to a lower carbon footprint of the end product. At the same time, finite fossil resources are conserved.

Biomass-balanced: In the biomass-balanced approach, fossil raw materials in the production process are replaced by a certain proportion of renewable biomass (e.g. also used vegetable oils, UCO used cooking oils). A mass balance system is used to ensure that the biobased proportion is correctly allocated. This results in a plastic with a lower carbon footprint compared to fossil-based plastics, but with the same properties.

Recycled plastics: Recycled plastics come from recycled plastic waste. By using recycled material, the amount of new plastic (virgin material) required is reduced. This reduces the need for fossil raw materials and the environmental impact of waste and CO₂ emissions can be reduced.

Conclusion: Compared to traditional, fossil-based plastics, the above-mentioned approaches help to conserve resources, avoid waste, reduce emissions and minimise the ecological footprint of plastics.