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Polyvantis Unveils LEXAN F8000HR Sheet for Aircraft Interiors at K 2025

Discover Polyvantis' latest innovation in aircraft interiors. LEXAN F8000HR offers unmatched strength and formability, supporting sustainability in aviation.

In this image we can see an aircraft which is truncated. Through the glass we can see control...
In this image we can see an aircraft which is truncated. Through the glass we can see control stick, gauges, cloth, bottle, and other parts.

Polyvantis Unveils LEXAN F8000HR Sheet for Aircraft Interiors at K 2025

Polyvantis, a leading supplier of multi-material sheet and film solutions, is set to showcase its innovative LEXAN F8000HR sheet at K 2025. This next-generation thermoplastic solution is designed for aircraft interiors, offering exceptional strength-to-weight performance and outstanding thermoformability.

LEXAN F8000HR sheet is based on LEXAN polycarbonate technology reinforced with glass fibres. It delivers exceptional strength-to-weight performance, making it an ideal choice for aircraft interiors where weight reduction is crucial for fuel efficiency and sustainability. The sheet meets stringent safety standards, including OSU and FST, ensuring it's reliable for critical cabin applications such as seatbacks, armrests, and luggage bins.

Polyvantis offers one of the most comprehensive portfolios in the industry, serving global customers with trusted brands including EUROPLEX, LEXAN polycarbonate (PC) film and sheet, and PLEXIGLAS polymethylmethacrylate (PMMA) semi-finished products. The company's products are relied upon across the aviation sector for critical cabin applications. Peter Chedd, director, Mass Transportation, Europe at Polyvantis, stated that the company is proud to be a trusted partner to the global aviation industry.

Attendees of K 2025 are invited to visit Polyvantis at Hall 8B, D27 to explore LEXAN F8000HR sheet and the full aviation portfolio. The innovative sheet offers outstanding thermoformability, enabling design freedom and efficient processing, while supporting fuel efficiency and sustainability initiatives due to its lightweight properties.

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