5h
The Cool Down on MSNScientists use revolutionary method to reuse unbelievably strong material — here's why it could make waves in multiple industries"Our research findings have numerous applications." Scientists use revolutionary method to reuse unbelievably strong material ...
A study in Polymer Composites examines hemp fiber-reinforced PLA/PBS biocomposites, assessing the impact of MAH-g-PLA on ...
19h
Interesting Engineering on MSNWatch: YouTuber builds colossal drone that could lift 220 pounds of payloadOne such example of a heavy-lift drone that has amazed netizens in the recent days is an unmanned aerial vehicle (UAV) that can carry 220 pounds (100 kilograms) of weight. The UAV has been made by ...
A few months after launching its EnviraBar rebar and its manufacturing facility in South Africa, GFRP Tech launches its ...
For the 9th consecutive year, Dow (NYSE: DOW) has been recognized for innovation by the Business Intelligence Group (BIG).
Runaya’s Green Aluminium Recovery business extracts aluminium from industrial waste, reducing landfill usage and carbon ...
RapidMade Inc. thinks its new thermoformable carbon fiber process, Aerolite, has real potential to disrupt how to make lightweight, high strength-to-weight ratio parts.
Like graphene, MAC is also a 2D or single atom-thick material. But unlike graphene where atoms are arranged in an ordered ⎯ ...
Lead by CEO Patrik Frisk, Reju’s Regenarative Hub business model integrates sustainability with financial viability at a 50% ...
Researchers have found that a two-dimensional carbon material is tougher than graphene and resists cracking—even the ...
18h
Interesting Engineering on MSNWorld’s largest cargo airship project advances with 46-mile carbon fiber tube dealA French-Canadian company is pressing ahead with its aim to create the largest model airship in the world, which will be 656 feet (200 meters) long. Flying Whales is developing the LCA60T, a vehicle ...
18h
Interesting Engineering on MSNMIT engineers use mussels secretions and mucus to make infection-preventing glueThe glue made by scientists from MIT could prove to be a viable alternative to the other offerings in the market for biomedical use.
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