Photomer® 4775 by IGM Resins is an acrylated amine synergist with low viscosity. It offers cure speed, high reactivity, good adhesion, flexibility, non-yellowing and pigment wetting properties. Photomer® 4775... view more

Photomer® 4810 by IGM Resins is a mono-functional isodecyl acrylate (IDA). It possesses very low surface tension. It offers good flexibility and increases water resistance properties. Photomer® 4810 has a... view more

Photomer® 4967 by IGM Resins is an acrylated amine adduct. It is a synergist which exhibits low viscosity, low odor and improved stability. It shows excellent compatibility with monomers and oligomers... view more

Photomer® 5028 by IGM Resins is a tri-functional chlorinated polyester acrylate diluted in 40% GPTA. It exhibits adhesion to difficult substrates such as plastics. Photomer® 5028 has a shelf life of 12... view more

Photomer® 5042 by IGM Resins is a tri-functional chlorinated polyester acrylate diluted in 40% Photomer® 4006. It offers adhesion to plastic substrates such as polyethylene (PE) and polypropylene (PP)... view more

Photomer® 6008 by IGM Resins is a high viscosity, proprietary aliphatic urethane acrylate oligomer. It exhibits fast cure speed, low odor, and low volatility. It is an excellent film former which offers... view more

Photomer® 6010 by IGM Resins is a proprietary, non-yellowing aliphatic urethane developed for radiation curable systems. It is an excellent film former. It offers outstanding haze, scratch- & abrasion... view more

Photomer® 6210 by IGM Resins is an aliphatic urethane acrylate. It is a proprietary, non-yellowing oligomer developed for radiation curable systems. It possesses very low viscosity, low odor, good cure... view more

Photomer® 6628 by IGM Resins is a hexa-functional aliphatic urethane acrylate. It provides good impact strength, good hardness, non-yellowing, good weathering properties and high reactivity. It can be... view more

Photomer® 6892 by IGM Resins is a trifunctional aliphatic urethane acrylate. It formulates low viscosity systems while maintaining high oligomeric concentrations. It provides excellent physical... view more