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With a mission to make plastics more sustainable, NatureWorks considers its environmental impact far beyond the factory floor. The company’s perspective stretches all the way from the fields of corn to the truck carrying Ingeo PLA pellets from the factory. This Eco-Profile measures how Ingeo impacts the environment.

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With a mission to make plastics more sustainable, NatureWorks considers its environmental impact far beyond the factory floor. The company’s perspective stretches all the way from the fields of corn to the truck carrying Ingeo PLA pellets from the factory. This Eco-Profile measures how Ingeo impacts the environment.

Impressive

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With a mission to make plastics more sustainable, NatureWorks considers its environmental impact far beyond the factory floor. The company’s perspective stretches all the way from the fields of corn to the truck carrying

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PLA is a poor choice for mechanical parts since it has a lower tensile strength than ABS or PETG. Especially in high temperatures, PLA parts are more likely to deform under stress. And PLA’s biodegradability weakens parts even more over time. Choose PLA instead for rapid prototyping, aesthetic prints and similar applications. PEEK is another great material if more mechanical strength is needed.

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PLA is a poor choice for mechanical parts since it has a lower tensile strength than ABS or PETG. Especially in high temperatures, PLA parts are more likely to deform under stress. And PLA’s biodegradability weakens parts even more over time. Choose PLA instead for rapid prototyping, aesthetic prints and similar applications. PEEK is another great material if more mechanical strength is needed.

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PLA is a poor choice for mechanical parts since it has a lower tensile strength than ABS or PETG. Especially in high temperatures, PLA parts are more likely to deform under stress. And PLA’s biodegradability weakens parts even more over time. Choose PLA instead for rapid prototyping, aesthetic prints and similar applications. PEEK is another great material if more mechanical strength is needed.

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PLA is a poor choice for mechanical parts since it has a lower tensile strength than ABS or PETG. Especially in high temperatures, PLA parts are more likely to deform under stress. And PLA’s biodegradability weakens parts even more over time.

Improved

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Improved

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PLA is a poor choice for mechanical parts since it has a lower tensile strength than ABS or PETG. Especially in high temperatures, PLA parts are more likely to deform under stress. And PLA’s biodegradability weakens parts even more over time. Choose PLA instead for rapid prototyping, aesthetic prints and similar applications. PEEK is another great material if more mechanical strength is needed.

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PLA is a poor choice for mechanical parts since it has a lower tensile strength than ABS or PETG. Especially in high temperatures, PLA parts are more likely to deform under stress. And PLA’s biodegradability weakens parts even more over time. Choose PLA instead for rapid prototyping, aesthetic prints and similar applications. PEEK is another great material if more mechanical strength is needed.

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One of the scientists DuPont recruited in 1927 was organic chemist Wallace Carothers. His research lab invented polymers that DuPont would go on to market as Nylon and Neoprene. Carothers also created PLA but for decades afterward DuPont’s production process was too expensive for businesses other thanthe pharmaceutical industry.