New product concept

Unique bio-based malonates for sustainable formulations

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Type of Solution sought

Malonic acid and its esters, such as diethyl malonate and dimethyl malonate are now available through a new sustainable and bio-based production process, creating a more resilient and responsible supply.​

These unique malonates are known for their multiple benefits as additives, functional group, precursors or directly as polymerization intermediates. They can contribute to improving the performance and environmental impact of your formulations.

Whether you are searching for a sustainable alternative to the dicarboxylic functional group or developing new, greener formulations, these new malonates present an exciting opportunity to enhance material performance.

​ Be among the first to evaluate the potential and explore the benefits of bio-based malonates.

New : LCA Analysis available soon !


Description of Desired Solution

Malonic acid and its esters, such as diethyl malonate and dimethyl malonate are now available through a sustainable and bio-based production process, ensuring a secure and responsible supply.


Detailed Solution Description

Malonic Acid
Diethyl Malonate
Dimethyl Malonate


Benefits
Bio-based Non-toxic Production
Sustainable & Resilient Supply
Biodegradable Material
Cross-Linking Performance
Adhesion & Bonding Efficiency
Low Temperature Cure Control


Applications
  • Additives : ex. cross-linking agents, adhesion promoters, UV-stabilizers, plasticizers…
  • Functional group : ex. in Michael Addition Reactions
  • Precursors : in polymerization, ex. alkyd resins
  • Monomers : in polymerization processes


Examples
  • Cross-linking agents and Adhesion Promoters
  • Free isocyanates Scavengers in reactive polyurethane formulations
  • Enhanced bonding in wood composite applications
  • Cure rate and Open time control in Michael-Addition based coatings
  • Safer alternative to Styrene for low VOC UPR formulations
  • Increased compatibility in highly filled polymer compounding
  • Optimized performance of functionalized polymers
  • Cross-linkable monomers for Biopolymers with improved processing
  • Phthalate-free PVC plasticizers with lower risk of migration