The composites are being used in the center console of Ford Motor Company’s Lincoln Continental after it was determined the blend met stability and performance requirements. The composite reduces weight by up to 25% per automotive part, enables cycle time reductions of 20-40%, and reduces carbon dioxide emissions by 15 million kilograms. Ford was also able to use the existing tooling when switching to the new composite.
Home Renewable Chemicals Celanese, International Paper win accolades for automotive console composite
Latest article
Cow cells to couture: Qorium raises $25M for cultivated leather
In the Netherlands, lab-grown leather startup Qorium has raised $25 million to increase its production capabilities and continue to establish commercial partnerships in high-end...
Acclaimed restaurant Noma partners with Novonesis to “take deliciousness to the next level”
In Denmark, Michelin star-mainstay Noma has partnered with biosolutions leader Novonesis to determine the potential of new biobased food ingredients within the Noma Projects...
KAIST team demonstrates use of bacteria to produce and dye cellulose
In South Korea, researchers have coaxed living bacteria to grow, weave, and dye fabrics without the use of oil, plastic or artificial dyes.
The...