Products

Photomer® 4071 is a low viscosity and low odor diluent for UV and EB radiation curable varnishes and pigmented coatings like inks as well as for UV inkjet applications.

Omnimer ACMO is a low viscosity, monofunctional UV reactive diluent for UV and EB radiation curable formulations. The product exhibits of excellent heat resistance and low odor (due to its low vapor pressure) .

PHOTOMER® 4149 is an aliphatic trifunctional acrylate of low viscosity, low skin irritancy and excellent crosslinking reactivity. In comparison to other trifunctional acrylates, it is an unusually effective reactive diluent with excellent solvency and viscosity reducing characteristics in radiation curable formulations based on epoxy, polyurethane, and polyester oligomers.

PHOTOMER® 4808 is a low viscosity, monofunctional acrylated monomer/reactive diluent, for use in radical initiated UV radiation cured coatings, inks and adhesives. PHOTOMER® 4808 has a hydrophobic backbone and exhibits good flexibility and excellent adhesion on non-polar substrates.

PHOTOMER® 4017 (HDDA) is a low viscosity diluent for UV and EB radiation curable lacquers and pigmented coatings, used in paper and board coatings, wood finishes vinyl flooring and flexible vinyl.

PHOTOMER® 4226 (DPGDA) is an aliphatic difunctional acrylate of low viscosity used as diluent for UV and EB radiation curable formulations.

PHOTOMER® 4017 TF (HDDA) is a low viscosity diluent for UV and EB radiation curable lacquers and pigmented coatings, used in paper and board coatings, wood finishes vinyl flooring and flexible vinyl.

Omnimer VCL is a reactive diluent for radical initiated UV radiation cured coatings and inks with excellent hydrophobic properties and good flexibility.

PHOTOMER® 4211 is a highly reactive monofunctional acrylate monomer, it can be used as a low viscosity diluent for ultraviolet radiation cured systems.

PHOTOMER® 4226 TF (DPGDA)is a toluene free aliphatic difunctional acrylate of low viscosity used as diluent for UV and EB radiation curable formulations.

PHOTOMER® 4149 TF is an aliphatic trifunctional acrylate of low viscosity, low skin irritancy and excellent crosslinking reactivity. In comparison to other trifunctional acrylates, it is an unusually effective reactive diluent with excellent solvency and viscosity reducing characteristics in radiation curable formulations based on epoxy, polyurethane, and polyester oligomers.

Omnimer NVP is a versatile monofunctional reactive diluent for radical initiated UV radiation cured coatings, inks and adhesives.

PHOTOMER® 4006 (TMPTA) is an aliphatic trifunctional acrylate of low viscosity and excellent crosslinking reactivity. In comparison to other trifunctional acrylates, it is an effective reactive diluent with excellent solvency and viscosity reducing characteristics in UV/EB curable formulations based on epoxy, polyurethane, and polyester oligomers.

PHOTOMER® 4006 TF (TMPTA) is a toluene free aliphatic trifunctional acrylate of low viscosity and excellent crosslinking reactivity. In comparison to other trifunctional acrylates, it is an effective reactive diluent with excellent solvency and viscosity reducing characteristics in UV/EB curable formulations based on epoxy, polyurethane, and polyester oligomers

Photomer® 4361 is an ethoxylated analog of 1,6-hexanediol diacrylate (Photomer® 4017). It is a very low irritation monomer which can be substituted for HDDA due to its comparable solvency characteristics. This monomer can be used as a high performance diluent in UV/EB energy curable coatings and inks.

Photomer® 4184 is a monofunctional urethane acrylate which can be used as a reactive diluent for radiation curable coatings, inks and adhesives. It is non-yellowing with a low odor and offers improved flexibility and adhesion to plastics. It exhibit of low shrinkage and high elongation and stress at break with a Tg of - 3°C.

PHOTOMER® 4050 is an aliphatic difunctional acrylate of low viscosity, low volatility, good flexibility and reactivity. It is an effective reactive diluent with good viscosity reducing and solvency characteristics for a wide range of radiation curable acrylated oligomers and prepolymers.