SARBIO® 5401 by Arkema is tetrafunctional acrylate. It offers good reactivity, good cutting power and hardness to formulations. Used for UV/EB curing compositions. SARBIO® 5401 contains a minimum... view more

SARBIO® 5600 by Arkema is hexafunctional acrylate with 15% bio-renewal content. It exhibits good scratch resistance, good chemical resistance and high reactivity. SARBIO® 5600 is used for ultra... view more

SARBIO® 6100 by Arkema is monofunctional methacrylate with 55% biorenewable carbon content. It offers high solvency and good adhesion. SARBIO® 6100 exhibits low viscosity, low shrinkage and high... view more

SARBIO® 6101 by Arkema is monofunctional methacrylate with 75% biorenewable carbon content. It exhibits hydrophobicity, low surface tension and low glass transition temperature. SARBIO® 6101... view more

SARBIO® 6102 by Arkema is specialty methacrylate monomer with 75% bio-renewable carbon content. It exhibits hydrophobicity, low glass transition temperature, low surface tension and shrinkage... view more

SARBIO® 6104 by Arkema is hydrophobic monofunctional methacrylate. It contains a minimum of 80% biorenewable carbon content. SARBIO® 6104 offers adhesion, low surface tension, low shrinkage and... view more

SARBIO® 6105 by Arkema is specialty methacrylate monomer with 70% bio-renewable carbon content. It exhibits high glass transition temperature, adhesion and low shrinkage. SARBIO® 6105 offers high... view more

SARBIO® 6200 by Arkema is difunctional methacrylate. It is a good reactive diluent for formulations. SARBIO® 6200 contains a minimum BRC (biorenewable carbon content) of 25%... view more

SARBIO® 6201 by Arkema is specialty methacrylate monomer with 50% bio-renewable carbon content. It exhibits low shrinkage and excellent flexibility. SARBIO® 6201 offers good abrasion resistance and... view more

SARBIO® 7101 by Arkema is highly functional epoxy acrylate with 70% biorenewable carbon content. It offers very good flexibility to formulations. SARBIO® 7101 is used in ultra violet and electron... view more

SARBIO® 7102 by Arkema is trifunctional epoxy and polyester acrylate. It offers excellent pigment wetting, very good water balance and excellent flow in formulations. SARBIO® 7102 contains a minimum... view more

SARBIO® 7103 by Arkema is a difunctional epoxy acrylate exhibiting very good flexibility and excellent flow. SARBIO® 7103 contains a minimum BRC (biorenewable carbon content) of 30%... view more

SARBIO® 7104 A70 by Arkema is specialty acrylate oligomer with 15% bio-renewable carbon content. It exhibits good hardness and scratch resistance. SARBIO® 7104 A70 offers good chemical resistance... view more

SARBIO® 7109 D80 by Arkema is specialty acrylate oligomer. It contains 20% bio-renewable carbon content. It exhibits good hardness and scratch resistance. SARBIO® 7109 D80 offers good chemical... view more

SARBIO® 7201 by Arkema is highly functional polyester acrylate with 45% biorenewable carbon content. It offers high reactivity and very good pigment wetting. SARBIO® 7201 is suitable for low... view more

SARBIO® 7202 by Arkema is tetrafunctional polyester acrylate. It contains 45% biorenewable carbon content. SARBIO® 7202 offers excellent pigment wetting, very good water balance and good reactivity... view more

SARBIO® 7203 by Arkema is highly functional polyester acrylate. It contains a minimum BRC (biorenewable carbon content) of 30%. SARBIO® 7203 offers very high reactivity and excellent pigment wetting... view more

SARBIO® 7210 by Arkema is specialty acrylate oligomer. It contains 30% bio-renewable carbon content. It exhibits high reactivity and very good scratch resistance. SARBIO® 7210 is PETIA free and... view more

SARBIO® 7301 by Arkema is difunctional urethane acrylate. It offers flexibility and very good barrier properties like MVTR (moisture vapor transmission rate) to formulations. SARBIO® 7301 contains... view more

Vultac® 3 by Arkema is poly-tert-amylphenol disulfide. Acts as a nitrosamine-free vulcanizing agent, antioxidant and tackifier. Designed for normal and high temperature sensitive adhesives based... view more