While synthetic leather will never replicate the inherently luxurious qualities of genuine leather, it offers distinct advantages that make it an excellent choice in many applications. Synthetic leathers can be designed and engineered for almost any requirement, starting with the substrate or back cloth and adding high-performance finishes that mirror the look of natural leather. The grain can be replicated with impressive accuracy, providing a surface that, while lacking the true core of leather, comes remarkably close. Its consistency allows for greater utilization of material, reducing waste and ensuring uniformity across large production runs. Additionally, synthetic leather is typically lighter in weight, making it highly attractive for applications where efficiency and performance are key. This combination of engineered versatility, reliable performance, and design flexibility ensures synthetic leather continues to play a valuable role in modern interiors, complementing traditional leather with practical, cost-effective solutions.
Enduralite represents the next generation of synthetic leather, combining exceptional durability with unmatched lightweight. Our Enduralite EDA is the lightest weight synthetic leather available on the market, weighing only 305 GSM. This breakthrough product begins with a base layer of meta-aramid, a material known for its extraordinary strength and inherent flame-retardant properties. This foundation delivers unrivaled resilience, making it ideal for demanding transportation and aviation environments. To complete the construction, Enduralite is finished with a high-performance top coat engineered to eliminate shear and guarantee lasting performance, even under heavy use. The result is a product that not only meets but exceeds industry requirements, offering airlines and manufacturers a lightweight solution that enhances efficiency without compromising quality or safety. With Enduralite, customers gain all the benefits of advanced material engineering—strength, consistency, and reduced weight—delivered in a durable, reliable synthetic leather designed for the future of interiors.
Our Enduralite EDL product line offers the second lightest synthetic leather on the market, weighing only 370 GSM. Like Enduralite EDA, it is built upon a meta-aramid back cloth, delivering the same strength, flame retardancy, and resilience demanded by the aviation industry. However, the key distinction lies in its construction—the EDL back cloth is circular knit rather than woven. This unique structure provides almost omni-directional stretch, allowing the material to flex and conform to tight corners, curves, and complex radii with ease. Designers benefit from greater creative freedom without sacrificing durability or safety. The high-performance top coat ensures that the product retains all the essential qualities of endurance, resistance, and performance integrity. Lightweight, adaptable, and exceptionally reliable, Enduralite EDL is the perfect solution for applications that require both form-fitting flexibility and uncompromising strength, ensuring a premium finish in the most challenging interior design projects.
Synthetic leather is a man-made material designed to mimic the look and feel of genuine leather. In aviation, it’s engineered to meet strict safety, durability, and performance standards while offering a lightweight, cost-effective alternative.
Synthetic leather is lighter in weight, easier to clean, and more cost-efficient than natural leather. For airlines, this translates into reduced fuel costs, lower maintenance expenses, and longer material lifespan—while still providing a premium look and feel for passengers.
Yes. Aviation-grade synthetic leather is rigorously tested for flame resistance, smoke, and toxicity (FST) compliance. Only materials that pass these strict regulations are approved for use in aircraft cabins.
It is highly durable and resistant to scuffs, stains, and wear.
Yes. Modern synthetic leathers like our enduralite are designed with breathability, softness, and ergonomic flexibility in mind. They can be manufactured to replicate the luxurious feel of natural hides while remaining comfortable on long-haul flights.
Unlike genuine leather, synthetic leather doesn’t require conditioning treatments. It resists spills and stains, making it easy to clean with simple wipes. This reduces turnaround time between flights and lowers long-term maintenance costs.
Synthetic leather is typically lighter than genuine leather. Even small reductions in seat weight across an entire fleet can lead to measurable fuel savings, helping airlines improve efficiency and reduce emissions.
It depends on the design and build up. While synthetic leather eliminates the need for animal hides, its environmental profile varies based on the materials and processes used. Some newer options use bio-based polymers and recycled components, making them more sustainable.
Absolutely. Synthetic leather can be produced in a wide variety of colors, textures, and finishes to match an airline’s branding and cabin design. Embossing, perforation, and printed patterns are also possible.
With proper care, aviation-grade synthetic leather can last many years. Its resistance to cracking, fading, and wear helps preserve a fresh, modern cabin appearance over time.
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