Mazda’s involvement in the development of biomass technologies goes way back. As “Mazda Biotechmaterial”, they created the industry’s first heat-resistant high-strength bioplastic for the interiors of vehicles. A biofabric made from plant derivatives for vehicle seat upholstery was also developed by them. However, when you are designing the exterior of a car, the plastics used should possess a high-quality finish and should resist extreme weather, scratch, and impact conditions.

To overcome technical challenges, Mazda has joined forces with Mitsubishi Chemical Corporation to decrease their environmental impact by helping create bio-based engineering plastic. Bio-based engineering plastic is plastic made from materials which are derived from plants. By using these plastics, you minimize petroleum resource usage and reduce CO2 emissions. The derived material can be dyed easily thus reducing emissions of volatile organic compounds (VOC) during the painting process. The finish of parts made from the bioplastic is of a higher quality which features a smooth, mirror-like veneer making it suitable for vehicle exteriors.

Mazda has made a material which can be used for both the exterior and interiors. The plastic is highly moldable and durable which makes it ideal for making any car part. By optimizing the composition and molding specifications and mixing in additives and coloring agents, they are able to develop plastic parts which have a superior finish.

You can find bioplastic used in the all-new Mazda MX-5 which saw a global launch in 2015. The durability of the material has ensured its use in future production models.

For additional details, please contact Cardinale Mazda.

 

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Cardinale Mazda

500 Auto Center Circle

Salinas, California 93907

Phone: 877.989.9252

Website: www.cardinalemazda.com