We can make it OK to use straws in your drink again. The hotel, restaurant and catering businesses have taken a bad beating lately. Fast food containers and disposable soft drink cups littering the landscape have become a symbol of what’s bad with our times. And – we don’t get drinking straws anymore. This is where Biodolomer® from GAIA Biomaterials enter the scene. By switching the material used in manufacturing from plastic to Biodolomer®, a large part of these disposable products can become biodegradable. Even compostable. (Yup – put it in a hole in the ground and wait a few months and see what has happened). Cups, lids, straws, trays and containers, cutlery, aprons, and waste bags. 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. GAIA startpage Hotel, restaurant & Catering Biodolomer® F 900480 Biodolomer® F offers a great down gauging potential for thin film applications like carrier bags, waste bags, etc. See grade Biodolomer® F 900515 Biodolomer® F offers a great down gauging potential for thin film applications like carrier bags, waste bags, etc. See grade Biodolomer® T 900290 Biodolomer® T 900290 is a thermoforming material suitable for trays, pots, plates, etc. See grade Biodolomer® T 900494 Biodolomer® T 900442 is a thermoforming material developed to withstand high temperatures. See grade Load more All hotel, restaurant & catering Featured hotel, restaurant & catering grades We can make it OK to use straws in your drink again. The hotel, restaurant, and catering businesses have taken a bad beating lately. Fast food containers and disposable soft drink cups littering the landscape have become a symbol of what’s bad with our times. And – we don’t get drinking straws anymore. This is where Biodolomer ® from GAIA Biomaterials enter the scene. By switching the material used in manufacturing from plastic to Biodolomer ® , a large part of these disposable products can become biodegradable. Even compostable. (Yup – put it in a hole in the ground and wait a few months and see what has happened). Cups, lids, straws, trays and containers, cutlery, aprons, and waste bags. Biodolomer ® is a fully compostable material that contains calcium carbonate. Not only does it not create plastic waste that lives forever. It contributes to the earth’s natural fertility. Leaving no microplastics and resulting in some 80 % lower CO2 emissions. Biodolomer ® can be used in various production techniques, including film blowing, bottle blowing, thermoforming, injection, and extrusion coating. Here are some hotel, restaurant, and catering products that can be produced using Bidolomer ® : Cutlery See product Beverage cups See product Caps and capsules See product Aprons See product Coffee cups & lids See product Disposable plates See product Bottles and jars See product Drinking straws See product Load more Hotel, restaurant & Catering

Disposable plastic bedsheets are used in large volumes in the healthcare sector. They result in large amounts of waste. Aprons made from compostable Biodolomer biomaterial reduce waste and CO2 emissions. They don't compromise on function and biodegrade without leaving any microplastics. GAIA startpage Bedsheets Bedsheets Disposable bedsheets are used in large volumes in the healthcare sector. And they result in large amounts of waste. By having disposable bedsheets made out of 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 decompose, leaving no microplastics. Contact us

GAIA startpage 900353 Biodolomer® T 900353 Biodolomer® T 900353 is a biodegradable biomaterial developed for the thermoforming process, with focus on drinking cups. Bidolomer® T 900353 is based on renewable resources. Biodolomer® T exhibits the following properties: • High strength and stiffness • High water vapor transmission rate ( WVTR ) • High melt strength: MFI (190 °C, 2.16 kg): 4 g • Good thermal stability up to 200 °C • Good processability on conventional sheet extrusion lines up to 180 °C Trials are always recommended to assess the quality of the final product. Property Unit Test method Grade 900353 Typical Basic Material properties of grade 900353 Certification of Compostability and Biodegrade Biodolomer® T fulfills the requirements of the existing standards for compostable and biodegradable polymers because it can be degraded by microorganisms. The biodegradation process in soil depends on the specific environment (climate, soil quality, population of microorganisms). Food Regulatory Status Biodolomer® T 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® T is supplied as lenticular pellets in big bags. Temperatures during transportation and storage may not exceed 60 °C at any time. Storage time of unopened bags may not surpass 12 months at room temperature (23 °C). Applications Biodolomer® T has been developed for the conversion to extruded films from 0.3 - 8 mm thickness using a sheet extrusion process with subsequent thermoforming operation. Typical applications are packaging film for cups, trays, boards, and other thermoformed containers or articles. In view of numerous factors influencing the functionality and shelf life of Biodolomer® films and finished articles made thereof, the production parameters have to be tested by the converters before utilization. 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

Peter Barry joined Gaia’s board of directors earlier this year following his investment in the company. But what brings an Irishman from the tea industry to a Swedish company working to phase out the world’s use of plastics? GAIA startpage This is us: Part 1 – Peter Barry This is us: Part 1 – Peter Barry Peter Barry joined Gaia’s board of directors earlier this year following his investment in the company. But what brings an Irishman from the tea industry to a Swedish company working to phase out the world’s use of plastics? Peter Barry was born into tea. His family founded and runs Ireland’s leading tea brand – Barry’s Tea – and Peter was involved in various small jobs at the company from a young age. After finishing school, Peter left Ireland for the UK in 1989 to start working for Typhoo Tea, where he stayed for 16 years before becoming a director at the contract tea-packaging company Infusion GB. “We package about 1 billion tea bags annually, and that’s just one company in one industry,” says Peter Barry. “The packaging industry has an enormous impact on the environment, and it’s our duty to make ourselves part of the solution since we are part of the problem.” It was through another company that Peter first came into contact with Gaia Biomaterials, and the concept immediately fascinated him. “The fact that there is a material that can replace plastic, is compostable, has a very low CO2 footprint, and is made from one of the most common minerals on the planet is incredible. It seemed almost too good to be true, and I was a little hesitant at first.” After doing his research, he realized that Gaia’s material, Biodolomer, is very much “the real deal.” During the latest investment round, Peter became an investor in the company and joined its board of directors. “Biodolomer is being used in everything from grocery bags to beer cups and pots for plants. The potential is huge. We’ve already tried using Biodolomer in envelopes for tea bags at Infusion GB, and the results are very promising. The engineers say it’s the best material they’ve come across in 40 years – and it uses 50% less energy.” Peter now works to keep brands and packaging companies in other sectors interested and informed on how compostability can solve many problems. “I come from within the industry, so I bring a certain credibility to the table. There’s a lot of conservatism and a mindset of ‘we can’t do that.’ “It’s like in Ireland when smoking was banned in bars and restaurants – we were the first in Europe to do that. Before it came into force, there was a lot of disgruntlement, but once implemented, it wasn’t a big deal. Now, it just seems strange that people used to smoke in pubs… It’s the same for plastic packaging. Once people understand that there’s a realistic alternative, they’ll realize it was much ado about nothing.” Published date 13 dec. 2024 Category

We have gathered all our technical data sheets on this page. GAIA starpage Technical center Technical data sheet Technical data sheet Find technical data sheet Product applications Production methods Select production methods Industry Select industry Industry application Select industry application Results(0) Clear filter load more

Here you can find our cookie policy. We value your privacy and want to make sure you are informed about what cookies we store. GAIA startpage Cookie policy Reset cookies settings Cookie policy

GAIA startpage Career All our open positions Load more GAIA BioMaterials is owned by a strong group of strategic investors, most noteworthy Investment AB Latour. GAIA is a member of Teknikföretagen and as such respects the collective agreements signed with the unions. GAIA is always looking for bright and ambitious people to join us; be it as Employees, Distributors or Agents. Below you will find the opportunities we currently offer to the right candidates. Don’t find any openings that suit you? Please feel free to contact us with a spontaneous application: We look forward to receiving your cover letter and CV to info@gaiabiomaterials.com We don't have any open positions right now. Please come back again later. Job Listing Want to know more about who we are and what we do? Get a better understanding of what GAIA is all about through the words of the people working there. So what is Gaia and Biodolomer? GAIA Biomaterials manufacture Biodolomer. A material that has most of the qualities of plastic – but not the disadvantages. You can use it for bags, jars, golf pegs, fishing nets, bottles, food trays, coffee cups – you name it. Just like plastic. But unlike plastic, Biodolomer has a limited life span. And after a while (we can set that time in the manufacturing process) it decomposes. Just as if it was a carrot or a leaf. Just like plastic. Is not. Just like plastic. Is not. Imagine a material that can be used like plastic. Works like plastic. Looks like plastic. But that is beyond plastic. Does not leave any microplastics. One that decomposes and results in 80% less CO2 emissions. We have developed and make that material. It’s called Biodolomer. Peter Stenström, CEO Why did you choose to work at GAIA BioMaterials? I had sold another business and was looking for something new to work on. I then met the founder of GAIA and realized quite immediately that I want to become a partner in this and be part of building it up. What is the future vision? That GAIA will become a really powerful alternative to the fossil plastics and to establish the company on several continents. That we build another factory is a matter of course. What does GAIA BioMaterials do for the well-being of its employees? Like many others, GAIA has staff activities, wellness allowances and coffee breaks. But, what we do above all to create well-being is to build a nice family atmosphere where we help each other. What are the main advantages of working at GAIA BioMaterials? You are involved in building something that will be big and you get the chance to develop in step with the company together with fantastic colleagues. What makes GAIA BioMaterials an attractive and modern workplace? Short decision-making paths, great participation in the processes for our employees and flexibility in how we work. We are helped to realize the possibilities and we usually jokingly say that we make world-class products - it's true. What are important qualities to enjoy this service? Collaborative, constructive, innovative, structured. Konrad Rosén, R&D Manager I chose to work at GAIA BioMaterials to be part of the growth journey from day one, be part of the entrepreneurial process and contribute to developing the product. The future vision is to be at the forefront of environmentally friendly materials, with R&D in Helsingborg and production facilities globally. For employees' well-being, we offer a gym, massages, fruit and a culture where we believe in each other. Here there is an opportunity to influence and make a difference, with fast decision-making paths and visibility. As an employee at GAIA BioMaterials, you are offered freedom under responsibility, flexible working hours and respectful communication. To thrive in the position as an application engineer, you need to be curious, responsive, social and goal-oriented. Tobias Wilbs, Finance Manager I have worked at GAIA BioMaterials since October 2023. What attracted me was, among other things, the opportunity to work in a small company where everyone has a big impact on the bottom line and that GAIA has a big role to play in a more sustainable world. The career opportunities that a growth journey provides are also inspiring. There is a constant drive forward and things happen at the pace you, as an employee, can influence in many ways. The atmosphere in my team is great, simple and straight forward. At GAIA, we build something step by step. All processes and approaches are not set, but here every employee has great opportunities to influence, which is very stimulating. Voices from within GAIA: Doing things the GAIA way Listen to GAIA’s Sales Director Niklas Rosenkvist describe the market GAIA operates within, and what is expected from the people that are put in charge of realizing it.

Biodolomer is a new product that come in several varieties. Here you can find all the documentation that you need in order to plan and start production using Biodolomer. Technical Specifications Technical data sheet See all Material safety data sheets See all Certificates See all Product statements See all Production guides See all Biodolomer is a new product that comes in several varieties. Here you can find all the documentation that you need in order to plan and start production using Biodolomer. (To view documents, please turn off any pop-up blockers.) Technical center GAIA startpage Technical center Featured Solutions See more solutions

We have gathered all our material safety data sheets on this page. GAIA starpage Technical center Material safety data sheet Find material safety data sheet Production methods Select production method Industry Select industry Industry application Select industry application Product applications Results(0) Clear filter load more Material safety data sheet

Biodolomer is the new biodegradable material that can be used with almost all traditional plastic production methods. From film blowing to 3D-printing. The granules are used – and produced –  just like plastic granules,  but require less energy in production and can often result in higher production capacity. Which production methods do you work with? Biodolomer is the new biodegradable material that can be used with almost all traditional plastic production methods. From film blowing to 3D-printing. The granules are used – and produced – just like plastic granules, but require less energy in production and can often result in higher production capacity. Production methods GAIA startpage Production methods

Here you can find our cookie policy. We value your privacy and want to make sure you are informed about how we manage your data. GAIA startpage Privacy policy

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. The ambition is to present a commercially viable offer by 2025. 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