Ring-Opening Polymerization of Cyclic Ester Amides Explained
Poly(ester amide)s, or PEAs, are one of those materials that seem almost too convenient. Their backbone contains both ester bonds and amide bonds,[…]
Itaconic Acid: The Bio-Based Platform Chemical Reshaping Green Polymer Chemistry
You have probably seen the numbers before. Half a billion tons of synthetic polymers produced each year, almost all of it from fossil[…]
Compatibilizers in Biodegradable Polymer Blends: A Practical Guide to PHBHH/PBS Systems
When engineers mix two different polymers together, they face a recurring headache: the materials refuse to bond properly. Picture oil and water, but[…]
Self-Healing Bioplastics: How Compatibilizers Are Changing Sustainable Materials
The plastics industry has a problem. We need materials that last—strong enough for aircraft parts, flexible enough for packaging, tough enough for daily[…]
Unlocking the Magic of Compatibilizers: The Unsung Heroes of the Plastics World
Ever wondered what makes your favorite plastic products so versatile and durable? The secret lies in a little-known but mighty ingredient called compatibilizers.[…]
The “Green” Revolution: Itaconic Anhydride Powers the Future of Biodegradable Materials
We’re facing a plastic crisis, but what if we could create strong, durable materials that disappear naturally? Enter itaconic anhydride, a hidden hero[…]
Itaconic acid [97-65-4]
Product Name Itaconic acid Synonyms Methylenesuccinic acid; Methylenebutanedioic acid Molecular Formula C5H6O4Molecular Weight 130.10CAS Registry Number 97-65-4EINECS 202-599-6 PropertiesDensity 1.573Melting point 166-167 ºC[…]