
The demand for high-performance materials in the transportation industry is growing rapidly. SABIC's line of translucent and opaque sheet materials enable lighter weight, more impact-resistant parts. It helps manufacturers of aircraft and train interiors meet stringent "flame, smoke, smoke toxicity" and heat release requirements while ensuring a safe and comfortable cabin environment. Our specialized products and services allow manufacturers to increase production efficiency to reduce total system cost, ensure reliable product quality, make products durable in harsh conditions, and enhance product aesthetics.






SABIC's high-performance thermoplastic resins, sheets, foams and composites solutions help aerospace customers meet the tough challenges of weight reduction, regulatory compliance, environmental protection and improved flight experience. These innovative products, combined with the company's advanced materials processing technology, can help aircraft OEMs around the world achieve significant weight savings, resulting in fuel savings and lower emissions; compliance with stringent regulatory requirements for combustion-smoke-smoke toxicity (FST); reduce overall system cost; and improve the safety and comfort of the cabin environment. The ever-expanding product line reinforces SABIC's leading position as a global aerospace supplier and demonstrates the innovative capabilities of high-performance plastics.
As the automotive industry continues to improve vehicle performance, styling and safety features, OEMs and suppliers are constantly seeking high-performance materials. SABIC's thermoformable LEXAN™ polycarbonate (PC) sheets offer superior optical qualities for a variety of automotive and transportation applications, including laminated glass or molded vehicles for aircraft canopies, motorcycle windshields and windows window. This high-performance material is crystal-clear and lightweight, and excels at controlling moiré, light distortion, and optical imperfections. .
The world is rapidly shifting towards electric vehicles (EVs) as a cleaner and more sustainable mode of transportation. With this shift, there is a growing need for reliable and durable components to support the EV infrastructure, including charging stations and battery housing. That is where LEXAN™ polycarbonate film and sheet products come in. Our LEXAN sheets offer a range of solutions for EV charging stations, from thermoformed and printable designs for charging structures to LCD displays and lightings for info panel and digital bilboards placed on charging pillars. Our LEXAN film is ideal for various applications such as battery and charging station insulation, printed overlays, appliques, and durable labels. It is also suitable for thermoformed/IMD/IML parts like handles and covers. Additionally, we offer DLCW film and sheet for lighting, cosmetic, and display applications for charging infrastructure, providing excellent durability, impact resistance, heat resistance, and fire resistance.
Textured coated LEXAN™ film grades can be used in automotive instrument clusters, audio or video interior applications, control panels, automotive displays with "clear coats" and background lighting applications. Customers can also benefit from SABIC's hands-on engineering support that covers most aspects of application development, from design review, prototyping and testing to thermoforming, injection molding and in-mold decoration.
The public transport sector has to deal with the constant challenges of greater safety and security, sustainability and cost reduction. SABIC supplies a broad product line of engineering resins, sheet and film materials to the global train and bus interiors industry. These materials provide a complete solution to meet the industry's rapidly growing demand for proven advanced material technologies.
SABIC continues to meet the special requirements of the transportation industry by providing high-performance lighting materials. LEXAN™ polycarbonate sheet products are virtually indestructible, have high optical performance, and are crystal clear, yet are lightweight, stiff, flexible in design, impact-resistant, fire-resistant, and weather-resistant. Therefore, these high-tech materials become the materials of choice for many structures.



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