Difunctional bisphenol A-based epoxy acrylate oligomer. It is blended with 40% trimethylol propane triacrylate. Offers lowest viscosity, chemical-, water- and abrasion resistance. It provides a good... view more

Amine modified version of bisphenol A based epoxy acrylate. Offers the chemical-, water- and abrasion resistance. It provides a good balance of water properties, high reactivity and... view more

Polyester acrylate oligomer. It enhances on-press performance because of the good water balance and very fast cure speed. Provides good chemical-, heat- and water resistance. Offers high impact... view more

Hydrophobic polyester acrylate oligomer. It shows good adhesion to a number of different substrates. Provides high abrasion-, chemical-, heat- and water resistance. Offers flexibility, high impact... view more

Polyester acrylate oligomer. It has low viscosity and flexibility with good pigment wetting characteristics. Provides chemical- and water resistance. Offers good adhesion, high flexibility, high... view more

Polyester acrylate oligomer. It exhibits low viscosity, flexibility and adhesion. Provides resistance to chemicals and water. Possesses insolubility in water. Imparts fast cure response to... view more

Tetrafunctional polyester acrylate oligomer. It offers toughness, exceptionally fast cure, good adhesion, high flexibility and pigment wetting characteristics. Possesses insolubility in water... view more

Acrylic oligomer. Exhibits very low viscosity and high refractive index. Offers high flexibility, good adhesion, high impact strength and low shrinkage. Possesses insolubility in water. Suitable for... view more

Aliphatic urethane acrylate oligomer. Offers excellent hardness, weatherability, non-yellowing, adhesion, impact strength and low shrinkage. Provides abrasion-, chemical-, heat- and water... view more

Acrylate ester oligomer. It is a flexible and hydrophobic oligomer. Offers high impact strrength, low shrinkage, good weatherability, good adhesion, good water-, solvent- and chemical resistance. It... view more

Acrylate ester oligomer. It is a flexible and hydrophobic oligomer. Offers high impact strrength, low shrinkage, good weatherability, good adhesion, good water-, solvent- and chemical resistance. It... view more

Chlorinated polyester acrylate oligomer. Provides excellent adhesion, chemical resistance, flexibility and also offers low shrinkage. Used in litho-, offset-, screen- and UV/EB ink... view more

Chlorinated polyester oligomer. Provides good adhesion, flexibility, low shrinkage and chemical resistance. Used in litho-, offset-, screen and UV/EB ink... view more

Acrylic oligomer and monomer blend. It is hydrophobic and imparts superior adhesion to challenging substrates. Provides good weatherability, high impact strength, good water-, solvent- and abrasion... view more

Acrylic oligomer. It is hydrophobic. Provides good adhesion to non porous substrate, good weatherability, high flexibility, high impact strength, good water-, abrasion- and solvent resistance... view more

Aliphatic urethane acrylate oligomer. It exhibits non-yellowing and low shrinkage. Offers good weatherability, good adhesion, high impact resistance and high flexibility. Imparts excellent toughness... view more

Hydrophobic aliphatic urethane acrylate oligomer. It possesses good resistance to water (liquid and vapor) and various chemicals. Exhibits low Tg, low crosslinking density and flexibility upon... view more

Difunctional aliphatic urethane acrylate oligomer. Possesses non-yellowing nature, chemical resistance, high impact strength and negligible volatiles. It is insoluble in water and compatible with... view more

Aliphatic urethane oligomer. Offers excellent weathering properties and low shrinkage. It is non-yellowing and demonstrates good solvent resistance. Provides good pigment dispersability... view more

Aliphatic polyester based urethane diacrylate oligomer blended with 20% tripropylene glycol diacrylate. Offers excellent weathering properties and high impact strength. Provides low shrinkage, good... view more