High refractive index monomer which exhibits low volume shrinkage in polymerization.

Used in optical lens and optical fiber applications due to its high refractive index. Has also been used in dental composite applications for its low volume shrinkage.

Hydrophilic monomer.

For preparation of acrylic derivatives, e.g., of biologically active compounds or dyes either in monomer or polymer form under mild conditions.

For preparation of polymers containing primary amine groups and preparation of specialty methacrylate monomers.

Water-soluble phosphoric acid ester monomer. Contains Bis(2-Acryloxyethyl) Phosphate.

Blocked carboxylic acid monomer

Used to prepare specialty acrylate, acrylamide monomers. Forms cyclic anhydrides on polymerization and does not produce crosslinks in polymers.

Secondary amine monomer.

Polar acrylate ester used in a wide range of applications including photocurable resists for liquid crystal devices, photocurable polymer insulators for multilayer circuitry, electroluminescent products, graft polymers for controlled diffusion, vulcanization of rubbers and as an adhesion promoter.

It is not to be confused with the alpha-cyano ethyl acrylate which is used in some Super Glue® products.

Hydrophilic monomer, reactive site for reactions.

Photocrosslinking monomer

Hydrolytically stable hydrophilic monomer.

Primary amine monomer.

Hydrolytically stable for preparation of polymers containing primary amine functionality.

Also known as tert-Butyl (3-methacrylamidopropyl)carbamate, is a blocked primary amine monomer, that readily polymerizes with other vinylic monomers. The t-BOC group, widely used in the peptide chemistry, can be easily deprotected to the free amine with a variety of reagents including HCl/MeOH, Me₃Sil, or heat (185°C).