EBECRYL® LED 03 by allnex is a low viscosity amine modified polyether acrylate oligomer that can be added as a co-resin to UV curable formulations. When it is combined with an appropriate... view more

EBECRYL® 145 by allnex is Xi-free aliphatic difunctional acrylate of low surface tension. Propoxylated neopentyl glycol diacrylate exhibits good viscosity reducing and solvency characteristics in... view more

EBECRYL® 151 by allnex is a low odor, diluting acrylate, grinding vehicle for UV & energy curable inks. It is a low viscosity, clear, solvent-free resin for dispersing all process color inkjet... view more

EBECRYL® 152 by allnex is a low-viscosity, clear, solvent free resin for letting down finely dispersed low viscosity pigment pastes. It provides good pigment dispersion stability and improved... view more

EBECRYL® 3203 by allnex is a low viscosity diluted epoxy acrylate. Because of the chemical structure of this molecule it gives exceptional pigment wetting properties for black pigments. It combines... view more

Esacure 3644 by IGM Resins is a highly efficient type II photoinitiator generally used in combination with an amine like Esacure A198, Ominpol ASA or Photomer® 4250. It shows high reactivity, good... view more

Omnipol TP by IGM Resins is a highly efficient polymeric Type I photoinitiator, based on TPO-L. It is characterized by high reactivity and low odor.Its high molecular weight and low migration... view more

Omnirad 127 (Former Irgacure 127) by IGM Resins is a highly efficient type I Photoinitiator that may be used to initiate the photo polymerization of unsaturated pre-polymers like acrylates-in... view more

Omnirad 127D by IGM Resins is a highly efficient type I photoinitiator that can be used to initiate the photo polymerization of unsaturated pre-polymers like acrylates in combination with mono or... view more

Omnirad 601 by IGM Resins is a di functional photoinitiator characterized by its excellent reactivity especially in comparison with conventional alpha hydroxy ketones. It shows good performance in... view more