Category overview

Triester Monomers

Based on 16 products - Last update on the Jun 26, 2025

Triester monomers typically appear as clear, viscous liquids or crystalline solids. Key features include their ability to enhance the flexibility, toughness, and chemical resistance of the resulting polymers. Main applications of triester monomers include coatings, adhesives, and plasticizers. 

Alternatives to triester monomers include monoester and diester monomers. Sub-types include phthalate triesters, adipate triesters, and sebacate triesters.

Claims / benefits

Properties

Others propertiesValue & unitTest conditiontest method
Iodine Value (12)
Visible After LoginVisible After LoginVisible After Login
Viscosity (10)
Visible After LoginVisible After LoginVisible After Login

Graphical representation

Select properties to display

No record found.

Most popular products

See all most popular products

ALBERDINGK® HCO Flakes 81

by Alberdingk Boley

ALBERDINGK® HCO Flakes 81 by Alberdingk Boley is castor oil derivative characterized by a hydroxyl group and an isolated double bond. It is mainly composed of ricinoleic acid, a glyceride that does not otherwise occur in nature and is difficult to synthesize. It has a light color quality for high end applications. ALBERDINGK® HCO Flakes 81 is suggested for polyurethanes and synthetic resins, especially alkyds.
  • Sustainable option

ALBERDINGK® Crude LO

by Alberdingk Boley

ALBERDINGK® Crude LO by Alberdingk Boley is linseed oil-based triester. It has low PAT value. ALBERDINGK® Crude LO is used to make synthetic resins, especially linseed alkyds.

ALBERDINGK® Pale Refined LO

by Alberdingk Boley

ALBERDINGK® Pale Refined LO by Alberdingk Boley is linseed oil derivative for low color applications. Suggested for synthetic resins, especially linseed alkyds. ALBERDINGK® Pale Refined LO contains extra bleach.

Popular suppliers

See all suppliers

Triester Monomers