New product concept

Test our Terpineol: 100% biobased, non-toxic starting material for copolymerization!

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Type of Solution sought


A monocyclic monoterpenoid alcohol that can be easily functionalized to provide a variety of chemical building blocks for the polymer industry. Become one of the first partners to develop new applications!  

Who might be interested?
Polymer manufacturers and polymer additives manufacturers willing to develop new material features, including:
  • high amount of bio-renewable content, improved recyclability and compatibility with many other monomers.
  • light color, excellent heat stability, solubility, thermal and surface properties, hydrophilic/lipophilic balance, or degradation kinetics.

Description of Desired Solution

A monocyclic monoterpenoid alcohol that can be easily functionalized to provide a variety of chemical building blocks for the polymer industry.

Detailed Solution Description

We are looking for partners to help develop applications and commercialize these molecules.
Terpineol is a monocyclic monoterpenoid alcohol that can be easily functionalized to provide a variety of chemical building blocks for the polymer industry.

Its structure allows achieving copolymers with high amount of bio-renewable content, improved recyclability, with light color, excellent heat stability, and compatibility with many other monomers.

Terpineol breadth of formulation possibilities allows to achieve various levels in solubility, thermal and surface properties, hydrophilic/lipophilic balance, or degradation kinetics.
Terpineol molecule

Terpineol molecule with double bond and hydroxyl group highlighted
Applications End-use products value
Molding compounds
Films
Reworkable Epoxies
Photopolymers,
Etc.
Biobased
Recyclable
Non toxic and non-irritating
Highly compatible with other monomers
Heat stable
Light color
Excellent surface finish
Consistent with our collaborative approach to innovation we are looking for interested partners to test, provide feedback, and become early adopters of these molecules.