Bio based engineering plastic DURABIO – Bio based engineering plastic DURABIO boosts sustainable EV design as Honda adopts it for N-ONE e instrument panels worldwide setting standards for eco mobility 17-12-2025
Bio based engineering plastic DURABIO
Bio based engineering plastic DURABIO powers a new step in EV sustainability
Mitsubishi Chemical Corporation has announced that its advanced material, bio based engineering plastic DURABIO, has been adopted for the instrument panels of Honda’s new mini passenger EV, the N-ONE e. The vehicle launched on September 12, 2025, marking a significant step toward more sustainable materials in mass market electric vehicles.
This adoption highlights how material innovation directly supports automotive electrification, design efficiency, and environmental responsibility. By choosing bio based engineering plastic DURABIO, Honda strengthens its commitment to reducing environmental impact without compromising performance or aesthetics.
What makes bio based engineering plastic DURABIO unique
Bio based engineering plastic DURABIO is primarily derived from plant based isosorbide. Unlike conventional petroleum based plastics, this material combines renewable sourcing with high performance engineering characteristics.
Compared to traditional polycarbonate resins, bio based engineering plastic DURABIO delivers higher transparency and superior optical properties. These features are particularly valuable for interior automotive components, where clarity, surface quality, and visual appeal directly affect driver perception.
In addition, the plant derived polymer structure provides excellent weather resistance and long term durability. This ensures that components maintain their appearance and performance even under prolonged exposure to sunlight and temperature changes.
Design advantages for modern EV interiors
One of the key reasons Honda adopted bio based engineering plastic DURABIO is its ability to achieve a glossy, high design finish through simple colorant mixing. This eliminates the need for an additional coating process that was previously required with other materials.
Removing the coating step simplifies production, reduces manufacturing time, and lowers overall energy consumption. For EV manufacturers, these efficiencies translate into more sustainable production lines and improved cost control.
The use of bio based engineering plastic DURABIO also supports cleaner manufacturing by reducing VOC emissions. Lower VOC output improves workplace conditions and aligns with increasingly strict environmental regulations in the automotive sector.
Supporting Honda’s N-ONE e vision
The N-ONE e is positioned as a practical and environmentally conscious mini passenger EV. Interior materials play a critical role in delivering both comfort and sustainability in compact vehicles, where every design choice matters.
By integrating bio based engineering plastic DURABIO into the instrument panel, Honda enhances the vehicle’s interior quality while reinforcing its environmental messaging. The material’s natural origin and refined appearance support the growing consumer demand for eco friendly mobility solutions.
Expanding the future of sustainable materials
Mitsubishi Chemical Corporation continues to expand the DURABIO lineup, aiming to deliver high value added products across multiple industries. Automotive applications represent a major growth area, especially as global manufacturers seek alternatives to fossil fuel based plastics.
The successful use of bio based engineering plastic DURABIO in the N-ONE e demonstrates how renewable materials can meet demanding automotive standards. It also sets a precedent for broader adoption in future EV models and other mobility platforms.
Why this adoption matters for the industry
The collaboration between Mitsubishi Chemical Corporation and Honda reflects a wider shift toward sustainable material sourcing in transportation. As EV adoption accelerates, materials like bio based engineering plastic DURABIO will play a central role in reducing lifecycle emissions and improving production efficiency.
This development shows that sustainability and high performance are no longer competing goals. Instead, they are becoming complementary drivers of innovation in the automotive industry.
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