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At a glance

Reactive monomers

Polymerisable functionality

Ionic type
Not a surfactant
Typical HLB
N/A
Foam
N/A
Key industries
Polymers, Resins

Biodegradability: Reactive monomers are intermediates; treat as industrial chemicals, not rinse-off surfactants.

Reactive monomer

Harcryl 1228 is a unique, functional, acrylic monomer consisting of mono and di-phosphate esters of 2-Hydroxyethyl Methacrylate. The ratio of monoalkyl to di-alkyl phosphate allows it to be easily incorporated into a variety of polymer systems. The polarity of Harcryl 1228 provides for application in hydrophilic formulations as well. Our reactive monomers and specialty chemical additives are essential for advanced coating systems and paint formulations.

Harcryl 1228 is inhibited with 400ppm of added hydroquinone.

The phosphate functional group promotes adhesion to a variety of surfaces, reducing the need for pretreatments. Improving adhesion saves time and reduces layers from the coating process. Increased corrosion resistance due to the phosphate functional group reduces the need for additional inhibitors. The acrylic backbone allows Harcryl 1228 to easily incorporate into many coating systems.

FAQ

Frequently Asked Questions - Reactive Monomers

Find answers to common questions about reactive monomers

Reactive monomers are chemical compounds with functional groups that can participate in polymerization reactions. They are used in paint & coating, adhesives, and polymer production to create cross-linked networks and enhance product properties.
We offer Harcryl® 1228 series reactive monomers including standard, modified, and UV-stable versions. Our reactive monomers are used in paint & coating applications to improve adhesion, hardness, and chemical resistance.
Reactive monomers are used in paint & coating (cross-linking agents), adhesives (bonding enhancement), sealants, and polymer production. They help create durable, high-performance products with enhanced properties.
Benefits include improved adhesion, enhanced hardness, better chemical resistance, increased durability, improved film properties, and enhanced product performance. They help create high-quality, long-lasting coatings and adhesives.