New Rapid-Adhesive Forms Firm Bond with Polycarbonate

New Rapid-Adhesive Forms Firm Bond with Polycarbonate: A newly developed rapid-cure, self-adhesive liquid silicone rubber (LSR) designed for two-component injection molding forms a firm...

Recycled Plastics Boost Properties of Carbon Fiber

Chemically altered lignin combined with polyacrylonitrile strengthens carbon fiber while making it even lighter in weight. Recycled Plastics Boost Properties of Carbon Fiber: The second...

From Waste to Next-Gen Carbon Fiber

A new chemically designed lignin leads to stronger, lighter carbon fiber and better recycled plastics From Waste to Next-Gen Carbon Fiber: Research from Washington University...

Gauge the Health of Next-Gen Batteries for Electric Vehicles

Gauge the Health of Next-Gen Batteries for Electric Vehicles: Researchers from Tokyo Metropolitan University have demonstrated that electrochemical impedance spectroscopy (EIS) can be a...

Cracking the Carbon Removal Challenge

Founded by MIT chemical engineers and winner of an XPRIZE Carbon Removal milestone award, Verdox is working to move the needle on climate change. Leda...

New Plastic Materials Designed to Make EVs Safer and Quieter

Ascend’s new materials for EV applications withstand exposure to 1,100°C direct flame for 15 minutes and produce “crypt-quiet” comfort. New Plastic Materials Designed to Make...

The Future of Welding and Lightweight Vehicles

The Future of Welding and Lightweight Vehicles: Making vehicle structures out of a combination of metals and plastics could make them dramatically lighter, stronger,...

NYC Tries Plastic Roads

NYC Tries Plastic Roads If you can make a plastic road in New York City, can you make it anywhere? The Big Apple is in the...

Transforming Carbon Dioxide into Sustainable Acetic Acid

Transforming Carbon Dioxide into Sustainable Acetic Acid: The need to capture CO2 and transport it for permanent storage or conversion into valued end uses...

PC/ABS Alloy with Recycled Content Mobilized in Cars

Materials supplier Trinseo supported a premium German automotive OEM with a recyclate-containing grade that requires 29% less energy and 22% less water to produce. PC/ABS...
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