A-Z index

N3D-C179 is a low viscosity difunctional monomer with low shrinkage and fast cure response for use in free radical polymerization.

N3D-C229 is an acrylate blend.

N3D-C249 is a low viscosity difunctional monomer with low shrinkage and fast cure response for use in free radical polymerization.

N3D-E3109 is a urethane acrylate diluted with a monomer that defers superior physical properties and fast cure rates. N3D-E3109 has excellent resistance to polar solvents and has good water, acid, and base resistance.

N3D-F2409 is a urethane acrylate resin that produces tough, flexible, and abrasion resistant radiation-cured objects.

N3D-I2809 is a difunctional aliphatic urethane acrylate with low viscosity and well-balanced mechanical strength and flexibility.

N3D-I2909 is an epoxy acrylate oligomer with low viscosity and low shrinkage. N3D-I2909 keeps a good balance between low viscosity and mechanical properties; it is mainly used for 3D printing materials, which request high toughness.

N3D-I2929 is a multifunctional acrylate. It offers excellent strength, weatherablity, chemical resistance, along with a fast cure response.

N3D-W2509 is a specialty acrylate with low shrinkage, and Very suitable for water-soluble material.

A product range for UV-curable 3D printing including N3xtDimension® liquid resins and custom formulations, and Sartomer® building blocks of oligomers, monomers, cationic resins, photoinitiators, and additives.

Our resins help additive manufacturers achieve exceptional freedom of performance design, high resolution and enhanced processability. They also fulfill performance and regulatory requirements for a wide range of industrial uses such as medical, dental, electronics and sporting goods applications.

Ultra-small particle size, hydrophobic latex designed for use in a variety of applications, including clear sealers and stains.

NEOCAR® Acrylic 850 is an ultra-small particle size, hydrophobic latex with ambient cross-linking. For further information please contact Arkema.

Binder noted for its hydrolytic stability, water resistance, and increased binding efficiency, often used to formulate exterior coatings for masonry.