NEC Makes Cashew-Based Bioplastics for Use in Electronics
Katie Cordrey — September 2, 2010 — Eco
References: pressroom.neceurope & greenbiz
NEC, the Japanese electronics company, has used an extract from cashew nut shells and plant cellulose to create cashew-based bioplastics that are stronger than corn starch-based bioplastics.
Not only are the cashew-based bioplastics twice as strong, they are more heat-resistant and degrade more quickly than plastics made from corn starch or sugarcane. If all goes as planned, the cashew-based bioplastics will be available for electronics applications by the middle of 2014.
Implications - While I know that seems like a super-long time to wait for such an amazing creation as nutty plastics, I can assure you these NEC bioplastics will be well worth the wait!
Not only are the cashew-based bioplastics twice as strong, they are more heat-resistant and degrade more quickly than plastics made from corn starch or sugarcane. If all goes as planned, the cashew-based bioplastics will be available for electronics applications by the middle of 2014.
Implications - While I know that seems like a super-long time to wait for such an amazing creation as nutty plastics, I can assure you these NEC bioplastics will be well worth the wait!
Trend Themes
1. Cashew-based Bioplastics - The development of bioplastics made from cashew nut shells and plant cellulose presents a disruptive innovation opportunity in the plastics industry.
2. Strength and Heat-resistance - The increased strength and heat-resistance of cashew-based bioplastics compared to corn starch-based bioplastics creates opportunities for innovation in industries that require durable and heat-resistant materials.
3. Quick Degradation - The faster degradation of cashew-based bioplastics makes them suitable for industries that prioritize sustainability and environmental impact.
Industry Implications
1. Electronics - The availability of cashew-based bioplastics for electronics applications opens up disruptive innovation opportunities in the electronics industry.
2. Plastics - The development of cashew-based bioplastics presents opportunities for disruption and advancement within the plastics industry, offering an alternative to traditional petroleum-based plastics.
3. Sustainable Packaging - The faster degradation and strength of cashew-based bioplastics suggest they could be used for sustainable packaging solutions, disrupting the packaging industry.
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