HORIZON-JU-CBE-2025-IA-02_flame retardants for textiles
ABOUT US
The Catalytic Processes Research Group from Łukasiewicz – ICSO “Blachownia” specializes particularly in technologies utilizing natural raw materials.
Key areas of expertise:
- NATURAL BPA SUBSTITUTES: Development of polycarbonates using bisphenol A (BPA) alternatives derived from natural sources, including high-purity BPA for medical and optical-grade applications.
- INNOVATIVE PLASTICIZERS: Design of advanced, specialized plasticizers for diverse applications, incorporating bio-based raw materials
- HALOGEN-FREE FLAME RETARDANTS: Synthesis of environmentally friendly flame retardants tailored for specific uses, derived from natural resources.
- ESTER AND ETHER DERIVATIVES: Research on esterification and etherification processes for practical applications, utilizing bio-based inputs.
- CHEMICAL RECYCLING OF POLYMERS: Development of innovative recycling methods for waste plastics and polymers, emphasizing sustainable practices.
- BIOTECHNOLOGICAL APPLICATIONS: Use of biocatalysts, such as enzymes, in industrial processes to promote eco-friendly production methods.
OUR IDEA
In alignment with the scope of the call, we propose an innovative solution for the development of non-toxic, high-performance, halogen-free flame retardants tailored for various applications in the textile industry. These include protective clothing, curtains, functional textiles, upholstered furniture fabrics, and automotive interiors.
What We Offer:
- Custom Flame Retardant Synthesis Development of flame retardants specifically adapted to different textile types, ensuring optimal performance.
- Laboratory and Scale-Up Expertise: Expertise in both laboratory-scale synthesis and scaling up production to meet industrial requirements.
- Application Testing: Comprehensive testing of flame retardant application on textiles, ensuring compatibility with manufacturing processes.
- Efficacy Validation: Advanced analytical testing to confirm the flame-retardant properties and compliance with safety and performance standards.
Our team is eager to collaborate with a consortium to drive innovation, sustainability, and safety in the textile sector. By combining our expertise with the collective strength of the consortium, we aim to deliver transformative solutions that meet the technical and environmental challenges of today’s textile industry.
We propose cooperation in the synthesis and use of new P functionalized lignin derivatives as biodegradable functional flame retardant biocomponents. The advantage of the new biocomponents will be excellent biodegradation and improved compatibility with other components (e.g. polymer matrices).
Let’s work together for innovation, sustainability, and safety in the textile industry!
