One of the largest markets for cardanol is the automotive industry.
From automotive brakes to industrial paints, from lamination to lubricants, cardanol is quietly replacing toxic phenols and formaldehyde in some of the toughest applications on Earth. cardanol
Cardanol is used to synthesize glycidyl ethers, serving as a bio-based epoxy diluent or curing agent. One of the largest markets for cardanol is
Cardanol is a bio-based phenolic lipid derived from , a byproduct of the cashew industry. Valued for its unique chemical structure—a phenolic head and a long, 15-carbon unsaturated aliphatic side chain—it serves as a sustainable alternative to petroleum-based phenols in various high-performance industrial applications. Chemical Composition and Structure Cardanol is a bio-based phenolic lipid derived from
Cardanol doesn’t just recycle waste—it upgrades it. It’s a molecule that turns a tropical crop into a high-tech, green chemistry solution. And in a world demanding sustainable materials without compromise, cardanol is no longer just a byproduct. It’s the future, hiding in plain sight inside a nutshell.