Automotive – Celanese Unveils Groundbreaking Advanced Materials and Services at K 2025, Empowering Manufacturers with Game-Changing Innovation, Sustainable Strength, and Unstoppable Performance Across Global Polymer and Engineering Markets 09-10-2025
Automotive
Celanese Unveils Next-Generation Materials, Digital Tools, and Industry Partnerships at K 2025
At K 2025 in Düsseldorf, Celanese Corporation introduces a bold combination of advanced materials, AI-driven digital tools, and expanded engineering capabilities designed to empower industries including Automotive, electronics, medical, and consumer applications.
From October 8–15, 2025, the company is demonstrating how innovation, collaboration, and sustainability are redefining material science. With its latest portfolio, Celanese strengthens its position as a global solution provider for forward-looking manufacturers across multiple sectors.
Chemille® Digital Assistant: An AI Breakthrough for Material Selection
A standout feature at Celanese’s booth is the enhanced Chemille® Digital Assistant — an AI-powered material selection platform that simplifies and accelerates engineering decision-making.
Built to analyze application requirements, mechanical performance, and compliance data, Chemille® empowers engineers and designers to identify the right material faster and more precisely. This intelligent system interprets user needs, suggests optimized solutions, and enables smarter project planning — all in real time.
“With the global launch of new Chemille® Digital Assistant features and new specialty materials, Celanese is showing how we innovate alongside our customers,” said Todd Elliott, Senior Vice President, Engineered Materials at Celanese.
Visitors at K 2025 can experience live demonstrations of the platform, exploring how it streamlines material selection by offering multiple intuitive search paths — by performance properties, applications, or competitive equivalents.
Next-Generation Access to Essential Data
The latest Chemille® release provides seamless access to critical compliance and technical documentation, including:
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Material cards and FMVSS declarations for Automotive safety
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Carbon footprint statements for sustainability reporting
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Regulatory certificates (IMDS, REACH, RoHS, and PFAS-free declarations)
Another key differentiator: 24/5 live expert chat, powered by real engineers — not bots — offering personalized, technical support to design teams.
Innovative Material Solutions Across Industries
Celanese is showcasing multiple high-performance material families at K 2025, each engineered to solve complex challenges across Automotive, electronics, consumer goods, and healthcare applications.
Automotive Innovations Driving Performance and Sustainability
The Automotive sector remains a key focus, as Celanese introduces materials that balance sustainability, durability, and design freedom.
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Hostaform® POM XAP®3 – An ultra-low-emission grade exceeding standards from leading European and Asian Automotive OEMs.
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Hytrel® TPC 8808 – A blow-moldable thermoplastic with high heat stability and excellent grease resistance, ideal for propeller shaft boots and flexible seals.
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Santoprene® TPV 121-25W228 – Optimized for foamed dynamic weather seals, offering uniform foam structure and superior mechanical consistency compared to EPDM profiles.
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GUR® UHMW-PE 402M13 – A high-molecular-weight polyethylene that enhances pin puncture resistance and safety in electric vehicle (EV) battery separators.
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Fortron® PPS FX75T1 R – Combines mechanical strength, flawless surface finish, and heat resistance for high-pressure pipes and cooling tubes in EV systems.
These innovations demonstrate Celanese’s ongoing commitment to advancing Automotive lightweighting, safety, and emission reduction — all key themes for the industry’s future.
Solutions for Future Connectivity and Electronics
Celanese’s future connectivity materials help enable smaller, lighter, and more sustainable devices with improved performance and reliability.
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Santoprene® Halogen-Free Flame-Retardant (HFFR) TPV – A halogen-free compound meeting UL94 V0 and UL1581 VW-1 standards, designed for dynamic cable protection.
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Zytel® PA FR70G30V0NH – A halogen-free, flame-retardant PA 6,6 with excellent thermal stability and low corrosion.
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Zytel® PA FE170073 – A lightweight, high-strength PA 6,6 with Laser Enhanced Plating (LEP) compatibility for compact electronics.
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Crastin® PBT SK9230 & SLW9230 – Laser-transparent grades offering low warpage and reliable hydrolysis performance for actuator and sensor housings.
Consumer and Healthcare Innovations
Celanese’s material science extends into consumer and healthcare markets with high-performance polymers that improve safety, efficiency, and design flexibility.
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Hytrel® TPC HTR9009 – Engineered for sports footwear, reducing weight while improving rebound and durability.
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Vectra® MT® LCP 5350 – A liquid crystal polymer for microneedle applications, ensuring precision molding and uniform drug delivery.
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GUR® UHMW-PE (PFAS-Free) – A sustainable, PTFE-free alternative for medical molded parts, films, lubricants, and wear-resistant components.
Sustainable Materials for a Circular Economy
Sustainability is central to Celanese’s innovation strategy. The company introduces several new eco-friendly materials that support the transition to a circular, low-carbon manufacturing model.
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POM ECO-C (Low Carbon) – Produced using ISCC CFC-certified methanol, offering major reductions in product carbon footprint while maintaining mechanical performance.
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ECO-B (Bio-Based) – Bio-content formulations from renewable feedstocks for Zytel® PA and HTN materials — offering drop-in replacements without performance loss.
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Fortron® PPS ECO-R (Recycled Content) – Manufactured from post-industrial and post-consumer feedstocks via a mass balance approach, ensuring certified quality (ISCC PLUS).
Expanding Technical Capabilities
Celanese continues to invest in advanced testing, analysis, and AI-driven development tools that support faster, more reliable material design.
NVH Laboratory for the Automotive Sector
The new Noise, Vibration, and Harshness (NVH) Lab provides one-stop analysis for damping materials, acoustic testing, and vibration simulations — critical for next-generation Automotive applications.
Its hemi-anechoic and reverberation chambers deliver unique testing precision for vibration and acoustic durability.
Atomic Force Microscopy with Nano-IR (AFM-IR)
Celanese’s AFM-IR technology integrates spectroscopy, imaging, and nanoscale chemical mapping.
This capability accelerates failure analysis and material optimization across pellets, parts, films, and emulsions, detecting surface defects, phase morphology, and filler dispersion with unmatched precision.
From Concept to Component — Powered by AI
Celanese offers end-to-end application development, blending AI and advanced prototyping to shorten the path from idea to market-ready part.
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AI-driven modeling predicts complex material behavior without extensive physical testing.
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Digital Design of Experiments (DOE) accelerates material formulation and testing.
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Rapid prototyping and physical validation provide verified data faster, ensuring that designs perform as intended in real-world applications.
This “digital to physical” workflow gives customers speed, precision, and confidence — hallmarks of Celanese’s engineering excellence.
Collaborative Innovation Across the Value Chain
At K 2025, Celanese underscores the importance of collaboration across industries. Multiple partnerships are highlighted to demonstrate real-world co-innovation:
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Trelleborg, an Automotive tier supplier, joins Celanese to replace chloroprene rubber (CR) with Hytrel® TPC, enabling a redesigned, more efficient sealing boot.
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Maillefer (Stand 16/B19) showcases Santoprene® TPV in dynamic and semi-dynamic weather seals for Automotive and building applications.
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Kingsteel (Stand 13/B93) demonstrates foamable Hytrel® TPC in footwear manufacturing.
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Arburg (Stand 13/A13) uses Frianyl® PA to injection-mold electrical connectors in collaboration with Phoenix Contact.
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Ossberger (Stand 14/A04) highlights Santoprene® TPV for injection blow molding air spring gaiters on its new DSE5-30 machine.
These examples highlight Celanese’s commitment to cross-industry cooperation, translating material innovation into real-world solutions.
Driving the Future with Intelligent Materials
“With the launch of the AI-powered Chemille® Digital Assistant and a new portfolio of advanced materials, Celanese is showcasing the power of innovation and collaboration,” said Todd Elliott.
“These breakthroughs reflect how our teams work with customers to address the toughest design and sustainability challenges across Automotive and beyond.”
Visit Celanese at K 2025
Attendees of K 2025 are invited to visit Celanese’s stand in Hall 6/D02 to experience live demonstrations, explore the Chemille® Digital Assistant, and engage with technical experts.
From cutting-edge Automotive solutions to digital material intelligence, Celanese is redefining how materials drive innovation, sustainability, and performance across industries.
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