Biodolomer® F 900465 GAIA startpage 900465 Biodolomer® F 900465 is a biodegradable biomaterial developed for film blowing applications. It is certified for industrial composting. It is basically a compound of a biodegradable aliphatic-aromatic copolyester (PBAT), minerals, and plant based oils. Biodolomer® F 900465 offers a great down gauging potential needed for thin film applications like fruit & greens pouches, inflatable packaging applications, etc. Biodolomer® F exhibits the following properties: Processing temperature between 150 - 175 Celsius Excellent process-ability on conventional blown film lines Down gauging to 10 μm possible, typical thicknesses: 18 - 120 μm Good mechanical properties Wet strength (e. g. Organic waste bag applications) Excellent welding properties Decor printable by water-based flexo printing Certified biodegradable at ambient temperatures up to 70 μm PLA-free Ready to use grade Trials are always recommended to assess the quality of the final product. Property Unit Test method Grade 900465 Typical Basic Material properties of grade 900465 Certification of Compostability and Biodegrade Biodolomer® F fulfills the requirements of the existing standards for compostable and biodegradable polymers because it is degraded by microorganisms. Biodolomer® creates no microplastics. The biodegradation process in soil depends on the specific environment (climate, soil quality, population of microorganisms). Food Regulatory Status Biodolomer® F is one of the few compostable polymers, that complies in its composition with the European foodstuff legislation for food contact, EU Directive 10 / 2011 / EC with amendment 2023/1442. Specific limitations and more details are given on request. The converter or packer has to check the suitability of the article for the application. Form supplied and Storage Biodolomer® F is supplied as lenticular pellets in 1 t big bags. any time. Storage time of unopened bags is at least 12 months at room temperature (23 °C). Applications Biodolomer® F has been developed for the conversion to flexible films using blown film process. In view of numerous factors influencing functionality and shelf life of Biodolomer® films and finished articles made thereof the production parameters have to be tested by the converters before utilization. Additionally sufficient field tests are required to ensure the right functionality of the articles made from Biodolomer® F. Note The information submitted in this document is based on our current knowledge and experience. In view of the many factors that may affect processing and application, these data do not relieve processors of the responsibility of carrying out their own tests and experiments; neither do they imply any legally binding assurance for a special purpose. It is the responsibility of those to whom we supply our products to ensure that any proprietary rights and existing laws and legislation are observed. Datasheet updated 2024-06-12 9:30 (supersedes all previous editions) Download as PDF

Snuff jars GAIA startpage Snuff jars Snuff jars are sold in 100’s of millions and can be made out of compostable Biodolomer® biomaterial instead of plastic. The function and production method are the same, but waste, energy use, and CO2 emissions are drastically reduced. And the real benefit is that instead of a plastic product that can add to garbage mountains, and ocean pollution, you get a product that will biodegrade and disappear by itself. Leaving no microplastics. Contact us

Drinking straws GAIA startpage Drinking straws Disposable drinking straws are a big source of pollution. They create a lot of waste and use a lot of resources. And if they find themselves in the wrong place, they will stay in nature for a very long time. By making straws out of compostable Biodolomer® biomaterial, you drastically reduce waste and CO2 emissions. While still achieving precisely the same function. And a straw that accidentally finds itself in nature will biodegrade and disappear. Leaving no microplastics. Contact us

GAIA startpage BIODOLOMER® FOR 3D PRINTING – A GOOD CHOICE FROM EVERY ANGLE BIODOLOMER® FOR 3D PRINTING – A GOOD CHOICE FROM EVERY ANGLE During the last 10 years 3D printing machine prices have decreased rapidly, making them available to a much wider audience. As environmental awareness grew, so did the interest in biodegradable and compostable 3D printing filaments. It is thus only logical that Biodolomer® can be used for 3D printing. Forward-thinking companies are offering 3D filaments made of Biodolomer® to clients that don’t want to choose between excellent 3D machinability and the environment. And why should they, when they can have both? Photo: GAIA BioMaterials Photo: GAIA BioMaterials Photo: GAIA BioMaterials Published date 12 juli 2023 Category News

GAIA startpage An interview with Ken Hu, Senior Sales & Marketing Manager Mitsubishi International Corporation An interview with Ken Hu, Mitsubishi International Corporation The US market has been identified as GAIAs main priority for the international expansion, and as such, GAIA works closely together with Mitsubishi International Corporation in the US. GAIA had the opportunity and privilege to sit down with Mr. Ken Hu, Senior Sales & Marketing Manager with Mitsubishi international corporation, to ask him about the US market, the cooperation between the two companies, and the customer response to Biodolomer. GBM: What are your views on the US market for compostable bioplastics? KH: The whole market for biodegradable and compostable bioplastics really took off with the introduction of PLA, which was produced locally in the US and marketed as compostable and biodegradable. Back then, the introduction of compostable bioplastics was largely driven by brand owners, as they wanted to have something sustainable within their offering. There was also an understanding that since these new materials were expensive, the first products were marketed as a niche offering. Since then, the market has developed considerably, with more materials being introduced, and with that a greater public attention and interest in compostable bioplastics. As people started to take an interest, three distinct sustainable plastic solutions started to appear: - Compostable - Biobased - Recycled (post-consumer-recycled (PCR) plastics) Each of these categories have their pro’s and cons, and based upon them they will find their own preferred market categories where they offer the most value for money. GBM: Have you experienced a shift in the way customers view compostable bioplastics over time? Ken Hu, Mitsubishi International Corporation (Photo: Private) KH: Yes, definitely. As I mentioned, PLA was the starting point for compostable plastics in the US but, as you know, PLA has its limitations. As these limitations became more commonly known, people began to take an interest in other materials, that could offer new properties and, not the least, that didn’t require industrial composting. There was an interest in the market to upgrade from industrial composting to home composting, or backyard composting, as it is sometimes referred to in the US. Biodolomer was introduced to the American market just in time to benefit from this increased interest in home composting. Since COVID, there has been a distinct shift in the market, with price starting to play a much bigger role, as the interest for sustainable solutions have outgrown its original market niches. This has favoured the post-consumer-recycled plastics in the short term. That being said, all three solutions are growing in the market, as the difficulty to recycle some plastics has encouraged the market to opt for biobased and/or compostable bioplastics. GBM: Speaking of the US market, Has the US government introduced any mandate on biodegradable plastics? KH: The United States does not have a federal mandate specifically requiring the use of biodegradable plastics. However, there are several initiatives and regulations at both the federal and state levels aimed at reducing plastic pollution and promoting sustainable alternatives. For example, The Biden-Harris Administration has set ambitious goals to reduce plastic pollution, including a draft “National Strategy to Prevent Plastic Pollution” by the Environmental Protection Agency (EPA). This strategy aims to eliminate the release of plastic waste into the environment by 2040. There have also been efforts to phase out single-use plastics in federal agencies by 2035, through the “Mobilizing federal action on plastic pollution: progress, principles, and priorities.” interagency initiative. Some states have implemented their own regulations. For example, California’s AB 1201 requires compostable products to be certified by third-party organizations and prohibits the use of misleading terms like “biodegradable” on plastic products. These measures reflect a growing commitment to addressing plastic pollution and promoting more sustainable materials. GBM: What have been the customer reactions to Biodolomer bioplastics? KH: The strategy for the US market was to start with the film blowing customers, as both we and GAIA believed that there were some very interesting prospects already using compostable bioplastics in their production that could be enticed to try out Biodolomer® bioplastics, which was introduced as an alternative and/or second material to what they are already using. So far, the market response have been surprisingly positive; customers are very impressed with how easy it is to use the Biodolomer® F bioplastics in the machines, as compared with their incumbent compostable material. Another thing that has greatly impressed customers is the level of customization and support that GAIA offers. With competing grades, the customization options are limited and customers will have to make do with the material in the best way they can, whilst with GAIA’s grades, the fine-tuning opportunities means that the production and end product properties can be optimized at a whole different level. To summarize, the quality of the material, and the technical support and customization offered has had the customers pleasantly surprised. GBM: Describe, in your own words, how you think the cooperation with GAIA is working so far: KH: I think that we (Mitsubishi) and the team from GAIA have established a very good relationship, based on mutual respect for each other’s experience and expertise, and a willingness to work for the common good of the cooperation. What have made the biggest impression on me is the innovative technology that GAIA has managed to develop, and the market-oriented approach where adjustments to customer feedback and requirements are dealt with quickly and efficiently. The commitment to the US market and the customers have been excellent, and it’s something that customers feels and appreciates. GBM: Thank you, Ken for taking time out of your busy schedule to speak with us, and to share your insights into the US market. For those interested in learning more about the US market for plastics, the below links can help with a better understanding of the ambitions laid out by the current administration: Sustainable Management of Plastics | US EPA Mobilizing-Federal-Action-on-Plastic-Pollution-Progress-Principles-and-Priorities-July-2024.pdf ( whitehouse.gov ) Published date 2 okt. 2024 Category Newsletter

GAIA startpage Gaia Biomaterials goes west! Gaia Biomaterials goes west! Last month, we received the first US Compostability certificate for our “nonplastic” material, Biodolomer. Biodolomer is a limestone-based bioplastic that can replace fossil plastic in almost any application. Now things are really happening! The first sea containers are on their way across the Atlantic to converters in the USA as we speak. We even have converters who had asked for test batches to be flown over by air cargo. So, before you know it, you might find limestone-based, compostable bags, cups, drinking straws, aprons, etc., near you. If your brand is curious about how you can replace plastic with a non-plastic, reach out. Published date 3 maj 2024 Category News

Carrier bags GAIA startpage Carrier bags Plastic carrier bags from shops and stores are generally considered one of the biggest sources of plastic waste in nature. Still – it’s a really usable product. By making the bags out of compostable Biodolomer® biomaterial you reduce both waste and CO2 emissions drastically. While they still have exactly the same function. And if they accidentally find themselves in nature, they will soon biodegrade, leaving no microplastics. Contact us

Thermoforming GAIA startpage Thermoforming All thermoforming Add pressure to the substrate. Not to the environment. Thermoforming is a great production method for many disposable products. However, the products are not always so great from the planet's perspective – if you use plastic. But if you change from plastic to compostable Biodolomer® biomaterial from GAIA BioMaterials in your production it’s a whole new ball game. Then everything you produce becomes fully biodegradable. Drinking cups, various trays, and even planting pots (you don't even have to remove the pot when you plant as it decomposes by itself …). Biodolomer® compound is not only biodegradable – it results in up to 80 % less CO2 emissions and no microplastics. We supply the granules if you produce your own sheets, or we can provide sheets made from Biodolomer® compound of your preferred thickness. Try it. It’s just like plastic. But not. Here are some products that are produced with Biodolomer® compound in thermoforming : Beverage cups See product Cartons and boxes See product Coffee cups & lids See product Disposable plates and glasses See product Medical packaging and trays See product Planting pots and trays See product Trays and packaging See product Drinking cups See product Load more Load more

Testing Data sheet 2 GAIA startpage Home ​ Property Unit Test method Grade 900470 Typical Basic Material properties of grade 900470 Certification of Compostability and Biodegrade Food Regulatory Status Form supplied and Storage Applications Note Datasheet updated 2023-06-28 10:0 (supersedes all previous editions) Download as PDF

Packaging GAIA startpage Packaging Load more All packaging Just like plastic packaging. But not at all. Being in the packaging industry today means being in the focus. Customers, authorities, and the general public – they all keep an eye on us and our actions. This has led to really interesting new ideas and products, such as Biodolomer® from GAIA Biomaterials. Biodolomer® is a fully compostable material that contains calcium carbonate. Not only does it not create plastic waste that lives forever. It contributes to earth’s natural fertility. Leaving no microplastics and resulting in some 80 % lower CO2 emissions. Biodolomer® can be used in various production techniques for the packaging industry. It can replace plastic completely in many applications. And it can be used for lining paper-based packaging material so that they become water resistant. All the pros of plastic. But without the cons. Biodolomer® can be used in various production techniques, including film blowing, bottle blowing, thermoforming, injection, and extrusion coating. Here are some packaging solutions that can be produced using Biodolomer®: Bottles and jars See product Bubble wrap See product Caps and capsules See product Carrier bags See product Cartons and boxes See product Medical packaging and trays See product Trays and packaging See product e-commerce bags See product Load more

GAIA startpage NET VALUE; HOW GAIA IS WORKING ON SAVING THE OCEANS, ONE FISHING NET AT THE TIME NET VALUE; HOW GAIA IS WORKING ON SAVING THE OCEANS, ONE FISHING NET AT THE TIME - A short update with Konrad Rosén, R&D Manager GAIA BioMaterials One of GAIA’s most exciting R&D projects is the development of biodegradable fishing nets. Fishing nets rank among the most prioritized applications to find a sustainable solution for, with an estimated 640000 tons of fishing gear lost or dumped in the oceans annually, with “ghost fishing” causing tremendous harm to marine life. Together with its partners in the Catchgreen project, GAIA has received funding from FCDO and UK Aid through the Sustainable Manufacturing and Environmental Pollution Programme (SMEP) The ambition is to present a commercially viable offer by 2025. Konrad Rosén, R&D Manager GAIA BioMaterials (Photo: GAIA) Question (Q): What makes the development of a compostable and biodegradable fishing net for the fishing industry so challenging? Konrad Rosén (KR): I would say finding the right balance. You need to optimize the mechanical properties of the net, but you also need to ensure that it will biodegrade quickly if lost during fishing. Furthermore, it needs to be as effective as those made from PE and Nylon. If not, the numbers won’t add up for the fishermen. Q: The Catchgreen project has been running for a while now, can you tell us something about the progress you have made so far? KR: The project's first phase has been about developing a biodegradable material that offers similar mechanical properties and making sure that it can be processed in existing machines. We opted for PBS as the base material since PBS displays properties similar to PP, which is a good starting point for the application. After that, work pivoted towards the properties needed – flexibility, salt corrosion resistance, UV-light resistance, etc. It’s like playing three-dimensional chess: Each change in the recipe requires you to consider the trade-offs from several different aspects simultaneously, while constantly checking for unexpected consequences. With the successful completion of the semifinished goods extrusion test, the second phase is now underway, with net production and field tests scheduled in South Africa during the summer. After that, we will adjust the recipe, with new extrusion tests. We expect to initiate a new, larger production and field test during the fall of this year. (Photo: Pixabay) Q: And after that, you’re ready to offer the material commercially? KR: No, lots of steps still remain. The full-scale production test and field test will give us new information and insights that we need to incorporate into the final material. We don’t even know whether the nets will work as intended. We also need to ensure that the material biodegrades under the conditions they are to operate in. We recently started a long-term test for the material's biodegradability in ocean conditions. If it doesn’t biodegrade as planned, we don’t have a credible solution. There is also the development of new materials and additives. We estimate that within the next few years, new materials and additives will be available that will allow us to replicate the mechanical properties of Nylon. You’d be forgiven for thinking that we should wait until then, but the problems facing marine life are here and now, and any delay risks devastating the oceans as we know them. Given this, developing new materials to remedy the problem must be allowed to be a continuous process. For more information on the Catchgreen project, please click here . Gaia BioMaterials is a Swedish company that develops and produces biodegradable biomaterials. With our patented material, Biodolomer®, we are revolutionizing the plastics industry and contributing to a cleaner and healthier planet. Biodolomer® is inspired by a half-a-billion-year-old packaging design from Mother Earth – the egg. Read more . Copyright © 2023 Gaia Biomaterials AB, All rights reserved. Bunkagårdsgatan 13, Helsingborg, Sverige Published date 12 juli 2023 Category News

Shoe cover GAIA startpage Shoe cover Disposable shoe covers are being used more and more in several sectors. And they result in large amounts of waste. If they are made by compostable Biodolomer® biomaterial you reduce both waste and CO2 emissions. While still having exactly the same function. And if they accidentally find themselves in nature, they will soon biodegrade, leaving no microplastics. Contact us