FibriTech’s Post

🚀 Introducing 2Dx® AD-BIO: Creating A Greener Future with Graphene 🌿 We are thrilled to announce the launch of our latest innovation, 2Dx® AD-BIO. This groundbreaking product leverages the power of our 2Dx® material to revolutionize bio-based adhesives for paper products, corrugated board, particle and fiber board, and other wood and cellulose applications. Why 2Dx® AD-BIO? 2D fab is at the forefront of enabling a greener future, and with 2Dx® AD-BIO we’re helping our customers reduce their carbon footprint Here’s what makes 2Dx® AD-BIO stand out: 🌟 Key Features: ✅ Improved Thermal Properties Up to 40% lower operating temperature for pressing and drying, reducing energy consumption. ✅ Improved Gelatinization and Water Retention Less glue needed, higher wet strength ✅ Adhesion promoter Strengthened glue joints for more robust applications. ✅ Boosted Production Speed Up to 45% increase in production speed, making operations more efficient. For more information go to our website and download our application description or send us an email! #Graphene #Sustainability #Innovation #BioBasedAdhesives #GreenTechnology #EcoFriendly #Launch #Adhesive

The Ultrapolymers Group #Healthcare Team is excited as today is the day our 'Innovating Healthcare Together' Event kicks off. We're bringing together a great group of customers, suppliers, partners, and industry leaders to dive into key innovations, sustainability, and the latest trends in medical plastics. We are pleased to have a great panel of speakers discussing all aspects of development and production in Healthcare, Diagnostics, and MedTech with a focus on key innovations and sustainability initiatives in the healthcare and medical plastics sectors. Topics include Plastics Europe's exploration of how a circular economy model can be applied to medical plastics, while INEOS Styrolution discusses the role of styrenics in healthcare innovation. LyondellBasell highlights the sustainability potential of polyolefins in healthcare, and BIOVOX GmbH emphasises the importance of collaboration in overcoming the complexities of sustainable healthcare plastics. Ultrapolymers examines the future role of polymer distributors in the healthcare industry by 2025. On Day 2, we'll hear from Ypsomed AG on the path to achieving CO2 neutrality, RAUMEDIC’s journey towards overcoming sustainability obstacles in plastic conversion, and ENGEL energy-efficient, zero-defect injection moulding solutions. Team Consulting delves into the challenges of designing reusable medical devices, while Moldex3D (CoreTech System Co., Ltd.) offers insights into optimising multi-cavity moulds for medical device manufacturing through a case study. This will be an interesting couple of days set in the beautiful surroundings of the Bad Hindelang region of Germany. We look forward to sharing some of the valuable takeaways with all our customers in the coming weeks. #AskUltra #Innovation #Sustainability #MedTech

How exactly have polymers revolutionized the world of healthcare? This disputed and often controversial material is also responsible for saving countless lives each and every day. The developments of polymer implants, for example, are one of many innovations that have proven the life-saving potential polymers have for all humankind. For more information on the significant role of polymers in healthcare, read this article authored by our General Manager and Executive Board Member of RENOLIT SE, Thomas Sampers: https://lnkd.in/ga4QhY8G #Healthcare #TogetherTowardsHealth #Polymers #PolymerImplants #Innovation RENOLIT

🌟 Revolutionize transparent plastics with Iriotec® 8000 laser marking pigments!   Merck’s laser marking pigments Iriotec® 8000 series not only provide high-contrast, durable markings on transparent materials but also enhance product functionality and aesthetics.   🔍 Transparent Plastics Gain Popularity: Materials like PETG (Polyethylene Terephthalate Glycol) and PMMA (Polymethyl Methacrylate) are gaining popularity due to their clarity, durability, and versatility. They are widely used across various industries, from consumer electronics to automotive and medical devices.   🚀 High-contrast Mark on Transparent Plastics Remains Challenging: Traditional infrared (IR) or ultraviolet (UV) laser marking methods struggle with low light absorption in transparent plastics. Our tests reveal that adding Iriotec® 8000 laser marking pigments significantly improves laser energy absorption, enabling the creation of easily recognizable high-contrast marks.   ✨ Benefits of Iriotec® 8000 series: Iriotec® 8000 laser marking pigments significantly improve the absorption of laser energy in transparent plastics. Each pigment produces varying effects when using IR or UV laser marking. As demonstrated below, pigments such as Iriotec® 8825 and Iriotec® 8817 maintain the material's transparency.   📩 For more information on Iriotec® 8000 series and samples, please check: https://lnkd.in/gJP6Tjt2   #Merck #MerckGroup #LaserMarking #TransparentPlastics #Innovation #MaterialsScience #Iriotec #Iriotec8000 #LaserMarkingPigments

  Representatives of DRINA Consulting pvt visited two exhibitions held on Bangalore International Exhibition Center on 27. April 2024: #KPLEX EXPO International Polymer Exhibition and #PackPlusSouth 2024, packaging, converting, and supply chain event.    During this visit, representatives of #DRINAConsulting discussed with interested exhibitors about requirements in production of packaging materials, with special attention to #food, #cosmetics and #medical devices. Recycling process and using of recycled raw materials had special attention during these discussions. In addition, it was discussed how DRINA Consulting can support these companies in finding out requirements of these standards and schemes. #IFSHPC #IFSLogistic #IFSPACsecure #RecyClass

Cracking the Code to MFC / NFC Microfibrillated cellulose (MFC), also known as nanofibrillated cellulose (NFC), represents a groundbreaking biomaterial with transformative potential across diverse applications. It has shown promise as a strengthening agent, viscosifier, and emulsion stabilizer, thanks to its unique high-surface-area structure. These properties have unlocked opportunities in industries ranging from packaging to personal care. Despite its vast potential, MFC's adoption has been hindered by a persistent challenge: its propensity for self-adherence. To mitigate this, MFC must traditionally be stored with 90–98% water content, resulting in inflated packaging and shipping costs and creating significant logistical hurdles. The inefficiency associated with its transportation has constrained scalability and broader adoption, limiting the material's revolutionary possibilities. To address this, a proprietary additive formulation has been developed to enable MFC to be dried into a high-solids form. This dried version can be rehydrated on demand, restoring its original structure and performance without compromise. By eliminating the need for excessive water content during storage and shipping, this advancement paves the way for practical, scalable, and sustainable use of MFC. This breakthrough redefines the logistics and accessibility of MFC, offering a cost-effective solution to one of the most critical barriers in biomaterials science. As industries continue to explore the potential of sustainable materials, solving such foundational challenges is vital to unlocking their full impact. This innovation represents a pivotal step forward in the development of MFC, laying the groundwork for broader adoption and catalyzing the future of sustainable material science. #MicrofibrillatedCellulose #NanofibrillatedCellulose #SustainableMaterials #BiomaterialInnovation #FutureOfPackaging #SustainableScience #MaterialScience #GreenTechnology #InnovationInAction #ScalingSustainability #EcoFriendlySolutions #ScienceForImpact #SoaneMaterials

The global market for UV Curable Oligomer was estimated to be worth US$ 1237 million in 2023 and is forecast to a readjusted size of US$ 1902.5 million by 2030 with a CAGR of 6.4% during the forecast period 20242030North American market for UV Curable Oligomer was valued at $ million in 2023 and will reach $ million by 2030 at a CAGR of % during the forecast period of 2024 through 2030. #UVCurableOligomers #MarketGrowth #EcoFriendlySolutions #UVTechnology #SustainableCuring #InnovationInChemistry #GlobalMarketTrends #EnergyEfficientCuring #AdvancedMaterials #IndustrialCoatings

#MIAC2024 is almost here! Save the date for October 10 when our Product Life Cycle Leader, Veljko Zlatanovic, discusses the topic of creating a modern packaging line in his "Folded Tissue Packaging Solutions" session.

Would you like to know everything about the latest innovations in fibrous and composite materials❓ 📧 Subscribe to Fibrenamics Institute's 𝗯𝗶𝗺𝗼𝗻𝘁𝗵𝗹𝘆 𝗻𝗲𝘄𝘀𝗹𝗲𝘁𝘁𝗲𝗿 and receive, free of charge, the latest trends and specialized content directly to your inbox. What do you need to do? ➡️ Register at https://bit.ly/3UjolDx #Fibrenamics #innovation #composites #fibers #trends #technology #newsletter