Planet Composite is our contribution to sustainable and future-ready composites.
Technically strong composites are our standard. Planet Composite bridges the gap between application and responsibility and shows how sustainability is created at SAERTEX: as a result of engineering, material expertise and strong partnerships.
We make transparent where we stand, what we have learned and how we work with customers to shape the path towards future-ready composite solutions. Practical. Measurable. Continuously developed – with SAERTEX Circular as the next chapter.
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Planet Composite summarizes our contribution and demonstrates how we support our customers in making composite solutions both technically strong and future-ready.
// Codes of conduct for employees and suppliers
// Certified management systems and external assessments such as ISO 14001 or Ecovadis
// Additional environmental and quality certificates
// Photovoltaic systems
// Conversion to LED lighting
// Optimized compressed air systems
// Recycling of production residues
// Width-adjustable machines and digital inspection systems for consistent quality and material savings
// More than 60 % reduction in total production waste since 2019
// Worldwide sales and distribution network
// Local teams and production capacities in key markets
// Short distances, high availability and local support
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From materials to technical support: wind energy plays a central role in the energy transition. Our solutions are designed to make rotor blades lighter, more durable and more cost-efficient. From unidirectional NCFs to optimized core materials and customized kits, our products and services work together to enable stable processes, efficient manufacturing and better use of resources.
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More InformationSAERfoam® for Wind is a further development of our previous SAERfoam® materials - specially developed for the construction of rotor blades.
SAERTEX® KITS provide custom-cut reinforcements, ready for immediate use in your production. Based on CAD data, all parts are precisely cut, efficiently nested and packed in the correct lay-up sequence. This approach minimizes waste, shortens lay-up time and reduces labor costs for a more efficient manufacturing process.
High-performance applications require high-performance material solutions that deliver reliable and predictable results. Controlled processes and defined material properties enable durable components with consistent technical quality. This ensures stable performance across demanding operating conditions and long service lifetimes.
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More InformationReliable material quality: Material quality is what matters. For structural aerospace parts, even minor deviations from high-end specifications can affect processing, component performance and long-term reliability.
The SAERTEX® Smart Detect Control System, our in-house developed AI-based inspection system, monitors textile materials during production. It detects potential defects both on the surface and within the material - reducing production risks and ensuring consistently high, reliable quality.
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More InformationTailored and component-specific materials: Width-optimized multiaxial fabrics enable composite production with minimal waste, while carefully selected raw materials balance performance and cost – critical for high-volume automotive applications with tight cost targets.
Building on many years of experience in series production, SAERTEX® supports automotive customers from material design to process integration. The focus is on stable, reproducible processes that integrate seamlessly into automotive production environments.
By consistently reducing waste, we make a direct contribution to reducing waste and CO2 emissions in the production of composite materials. Sustainability is therefore not seen as an add-on, but as an integral part of an economical and technically clean production process.
Industrial applications require stable, precise materials that can be processed efficiently, while lightweight construction and resource conservation are becoming increasingly important. Composites offer clear advantages in terms of durability - no corrosion and significantly less fatigue - reducing maintenance, replacement and waste. This is Planet Composite in practice: in-depth textile expertise to make composite manufacturing more efficient, reliable and sustainable across industries.
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More InformationThe partnership between Fischer Sport and SAERTEX® has spanned more than 30 years. Together, we have developed materials precisely tailored to the next generation of skis. Over the years, more than 20 new material variants have been created – always with the aim of achieving the optimal balance between weight, stability, and performance.
Customized material development and close partnerships ensure that structures and fiber architectures are tailored to real production requirements and future-ready applications.
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More InformationIdeal for fast resin injection: SAERcore® combines one or two layers of chopped strand mat (CSM) with an integrated flow medium. The resin is first distributed horizontally and then penetrates vertically into the fiber structure. SAERcore® RC uses 100% recycled core material and thus combines improved performance with increased sustainability.
By replacing synthetic fibers such as polypropylene with recycled alternatives, manufacturers can significantly reduce the environmental footprint of a component from the very beginning of its life cycle.
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More InformationThis unidirectional NCF (scrim) is a specially developed solution for thick laminates. It has been developed to avoid dry spots and improve quality while offering high compressive strength, reduced resin consumption and good drapability.
The unidirectional Steady Plus aligns fibers in the primary load direction to achieve more efficient force transmission. Moreover, its high fiber content reduces resin consumption, lowering material usage and overall laminate weight and cost.
Climate change, resource scarcity, and stricter ESG regulations are reshaping global markets. Companies are under increasing pressure to reduce CO2 emissions, ensure supply chain transparency, and develop future-ready solutions. The EU Taxonomy Regulation provides transparency and guidance on EU-specific requirements.
The key questions are: How can composite solutions become circular and future-ready? And how can ecological requirements be aligned with economic reality?
The answers develop step by step. Through the responsible use of resources and energy. Through rethought processes and new technologies. And through products that combine technical performance, economic efficiency, and measurable sustainability.
We know where we stand today and what we have already achieved. At the same time, we are aware that continuous development is essential – at both company and product level.
Legislation / Regulation / Expectations
Material Analytics
CO2 Reduction / Close the Material Loop
Transparency / Comparability / Performance Evaluation / Auditing
Download our latest brochures and get an overview of our future-proof products and solutions. The documents offer you compact insights and an initial orientation. For detailed discussions and project-related support, please contact us directly.
Future-ready composite solutions emerge through dialogue. Share your requirements with us and we will analyse, structure and develop the right approach together. Let's develop Planet Composite.
Description: 45-minute board/C-level briefing: The EU taxonomy and requirements for the circular economy explained in compact form - including their relevance from a C-level perspective.
Focus: Importance for profitable growth/risk management & compliance/brand image & positioning/corporate resilience/economic sustainability, typical verification expectations and effects on the „license to operate“.
Result: Common understanding + agreed next steps.
Description: Analysis of your business model and portfolio based on key regulatory drivers and market expectations (EU taxonomy, requirements from customer tenders, circular economy claims, supply chain pressure from OEMs/Tier 1).
Result: Prioritized risk/opportunity list + recommendation where a scan/pilot creates the fastest added value.
Description: Structured assessment of the company and a selected product/application (material system, process) using a taxonomy-compliant methodology, specially adapted to composite materials.
Result: Clearly structured taxonomy dashboard (incl. alignment hotspots and „low-hanging fruit“) + prioritized fields of action.
Description: Moderated strategy workshop with management, R&D, sustainability/compliance and sales teams to translate the scan results into an actionable roadmap: strategy, measures, responsibilities, timeline and rough business cases.
Result: Management-ready transformation roadmap towards taxonomy alignment and circular economy.
Description: Establishment or further development of central compliance elements, guidelines (e.g. code of conduct, guidelines, declarations of conformity) and a practical approach for audit-proof documentation.
Result: Solid documentation basis for minimizing risk and increasing audit capability.
Description: Role-based training that transfers requirements from taxonomy and circular economy into everyday work (e.g. specifications, supplier requirements, product development).
Result: Teams integrate the requirements into their daily practice - not just as a pure compliance issue.
Description: Evaluation of the existing material configuration to analyze recyclability, to prove material purity and to identify substitution potentials or requirements.
Result: Test and evaluation report + practical recommendations for safer and more circular material decisions.
Option A: Data sheet analysis
Option B: Laboratory analysis
Description: Moderated workshop and training to develop specific material and design options: Fiber/layer construction decisions, hybrid concepts, resin/gelcoat/surface approaches, reduction of critical substances, reparability and recyclability.
Result: Application-specific solution packages that are technically feasible and regulatory compliant.
Structured evaluation of a selected product/application (material system, process) using a taxonomy-compliant methodology, specially adapted to composite materials.
Result: Clearly structured taxonomy dashboard (incl. alignment hotspots and „low-hanging fruit“) + prioritized fields of action.
Description: Analysis and overview of realistic recycling paths (mechanical/thermal/chemical/co-processing), depending on system, geometry and volume.
Result: Implementable circularity strategy (towards partial or closed-loop solutions).
Description: Identification and selection of the most suitable partner to improve circularity and close the loop.
Result: Implementable circularity path including pilot plan (towards partial or closed-loop solutions).
Description: Creation and/or coordination of sustainability verification modules (e.g. LCA, EPD, CCF) that can be used for customer reports, tenders and due diligence processes.
Result: Verifiable data modules, designed for integration into reporting and sales documents.
Description: Finalized taxonomy assessment including preparation for verification/certification (e.g. pre-audit logic, evidence structuring, readiness check).
Result: „Audit-ready“ status and a robust taxonomy compliance report.
Description: Auditing and certification of the defined product based on the PLAN8T standard including the six pillars of the EU taxonomy including minimum social requirements.
Result: PLAN8T certificate including Sustainability Performance Indicator.
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