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Much of the aluminum alloy market is highly cost sensitive and many application choose to use lower cost heavier materials rather than adopting aluminum.
The invention relates to battery manufacturing methods.
Thermoplastics synthesized from renewable feedstocks can conserve petrochemicals. Simply making renewable thermoplastics with comparable properties and cost to conventional petroleum derivatives is not enough to drive the switch to renewable sources.
One of today’s leading and most widely used bio-based polymers is poly(lactic acid) (PLA). It is produced by more than 25 companies worldwide, such as NatureWorks and Evonik, and industrial production of PLA is growing globally.
The invention provides a 100% biobased plastics with lignin. This can be done by making use of bio-based polymers that have certain glass transition temperatures, and certain functional groups that can suitably react and bond with lignin.
Competing technologies generally use batch mixing of a "broth" that is unstable and must remained chilled and processed within 1-4 hours. This limits production of smaller droplets that take more time to move through the system.
The invented alloys are a family of low-cost Fe-Ni based superalloys with significant alloying additions.
High Si electrical steel has the potential to be both efficient and cost effective. Increasing Si content improves magnetic and electrical properties, with 6.5wt.% being optimum. At 6% Si, the steel is too brittle to be cold rolled or stamped.
This invention involves the production of ionically conductive oxynitride and oxide glass powders. To our knowledge, this invention is the first technique that has produced high-lithium content oxynitride glass powders with high ionic conductivity (up to 5 x 10-7 S/cm at
High temperature cast aluminum alloys are a key technology to enable higher power density automobile engines. These engines are in demand because of the higher efficiency that comes from downsizing and boosting naturally aspirated engines.