Press Release
Suspension
Envalior’s high-performance materials ensure durability and efficiency for automotive suspension systems.
The future of air suspension: performance, comfort & efficiency
Air suspension systems are redefining vehicle dynamics by delivering superior ride quality, safety, and efficiency. As electrification reshapes the industry, modern vehicles require suspension systems that support additional weight while maintaining optimal performance. Unlike traditional mechanical suspensions, air springs dynamically adjust to road conditions, vehicle loads, and driving behavior, ensuring enhanced stability, control, and comfort.
This technology optimizes aerodynamics by smart control of the vehicle ride-height, and increases energy efficiency, making it essential for both electric and internal combustion vehicles. Once limited to luxury and heavy-duty models, air suspension is now also being adopted for larger volume models, providing lighter, and high-performing solutions that meet evolving automotive demands. The larger production volumes also create the need for highly cost-effective material solutions, as well as manufacturing methods for the air springs.
Innovating for a sustainable automotive future
Envalior is leading the transformation of air suspension systems by replacing heavy metal components with advanced plastics, improving performance, weight reduction, and manufacturing efficiency. Through strategic collaborations with Tier 1 suppliers and OEMs, we provide end-to-end support—from material selection and CAE analysis to prototyping and production—ensuring future-ready solutions that meet the automotive industry's evolving needs.
Sustainability is at the heart of our innovation. Our bio-based and recycled materials significantly lower carbon footprints, helping manufacturers meet regulatory requirements, enhance efficiency, and reduce emissions. As air suspension expands beyond luxury vehicles into mainstream automotive platforms, Envalior remains at the forefront—delivering lighter, stronger, and more sustainable materials that redefine mobility for a greener future.
Explore Envalior grades for air springs
Advanced Materials for Smarter, Stronger Suspension
Traditional metal components add weight, complexity, and cost, limiting design flexibility and efficiency. Envalior’s high-performance plastics—Akulon® (PA6), Durethan® (PA66)—replace metal in key air spring components, delivering lightweight strength, durability, and superior NVH (Noise, Vibration, and Harshness) control for a smoother, quieter ride. Envalior’s Arnitel ® (TPC), can be used for the flexible components, like bellows and gaiters, providing a more sustainable thermoplastic solution to replace the traditional, vulcanized materials.
Beyond performance, our bio-based and recycled materials help reduce carbon footprints, enabling sustainable and cost-effective manufacturing. With seamless processability and integrated functionalities, Envalior’s innovations are powering the next generation of air suspension—lighter, stronger, and more efficient than ever before.
Traditional Metal Spring Suspension VS Advanced Air Spring Suspension.
Air spring system of a premium van with internal plastic components.
Whitepaper: Revolutionizing air suspension systems with advanced plastics
As vehicle electrification reshapes the automotive industry, air suspension systems are playing a key role in enhancing comfort, safety, and efficiency. Our latest whitepaper explores how advanced materials and cutting-edge design are optimizing air suspension systems to meet the demands of modern vehicles. Download the whitepaper to discover how our innovative solutions improve vehicle dynamics, reduce weight, and contribute to a more sustainable future in mobility.
Browse suspension system applications
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Air Suspension Boots and Gaiters
Automotive
Arnitel® is a high-performance Themoplastic Copolyester (TPC) material. Its unique structure—hard and soft segments—delivers flexibility, high tempera...
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Suspension System Top Mounts
Automotive | Body | Structural Parts
Envalior Engineering Materials supported a lot with high-speed tensile property data.
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