LEXAN™ Polycarbonate Sheets for Electric Vehicles & Infrastructures

The switch to electric vehicles (EVs) as an environmentally friendly means of transportation is accelerating worldwide. With this development, the need for robust and durable components for electric vehicle infrastructure, such as charging stations and battery housings, is also growing. LEXAN™ polycarbonate films and sheets are at the forefront of this demand. Our polycarbonate films and sheets offer a variety of solutions for electric vehicle charging stations. They include thermoformable and printable options for structural designs, as well as LCDs and lighting for information displays and digital signage. In addition, LEXAN film is suitable for various applications, from insulation for batteries and charging stations to printed overlays, aesthetic details, and durable labels.

• Durability: LEXAN™ polycarbonate sheets are exceptionally durable and can withstand harsh environmental conditions, including extreme temperatures, UV radiation and impact. This ensures the long-term durability of charging station components.
• Lightweight: Despite their robustness, LEXAN™ polycarbonate sheets are lightweight, which simplifies handling and installation. This also reduces the structural load on the charging station infrastructure.
• Design flexibility: LEXAN™ polycarbonate sheets can be thermoformed and printed with different designs to meet the aesthetic preferences and requirements of electric vehicle charging station operators.
• Transparency: LEXAN™ polycarbonate sheets are characterized by excellent optical clarity, ensuring that integrated information panels, digital displays, and signage in charging stations remain visible and clear to users.
• Impact resistance: LEXAN™ polycarbonate sheets offer high impact resistance and protect against accidental damage, vandalism, and abrasion. This preserves the integrity and appearance of the charging stations in the long term.
• Fire resistance: LEXAN™ polycarbonate sheets have inherent fire-retardant properties that increase the safety of electric vehicle charging stations and reduce the risk of fire disasters.
• Sustainable material: As a recyclable thermoplastic, LEXAN™ polycarbonate contributes to the sustainability goals of electric vehicle charging station operators. By reducing environmental impact and promoting circular economy practices, it is in line with environmentally conscious initiatives.

• Thermal insulation: LEXAN™ polycarbonate film provides effective insulation and regulates temperatures in charging stations and battery enclosures. This insulation increases the efficiency and longevity of electrical components.
• Lightweight: LEXAN™ polycarbonate film is lightweight, which facilitates installation and reduces the weight of battery packs. This contributes to improved vehicle performance and efficiency.
• Flexible: The flexibility of polycarbonate film allows it to adapt to intricate shapes, facilitating seamless integration and improving the aesthetic of battery housings and charging station components.
• Electrical insulation: LEXAN™ polycarbonate film provides excellent electrical insulation properties that ensure the safety and reliability of electrical systems in EV charging stations and battery housings by preventing short circuits and malfunctions.
• Chemical resistance: LEXAN™ polycarbonate film is resistant to acids, alkalis, and solvents, protecting against corrosion and degradation. This resistance extends the service life of components in harsh environments.
• UV resistance: Even when exposed to UV radiation, polycarbonate film retains its optical clarity and mechanical properties, which are critical for outdoor applications, such as electric vehicle charging stations, when exposed to sunlight for extended periods of time.
• Customizable properties: LEXAN™ polycarbonate film is customizable, enabling tailored solutions for specific performance requirements such as thickness, color and surface finish. This versatility meets the unique needs of EV charging stations and battery applications.