Amorphous, low molecular weight, imide-extended bismaleimide oligomer. It can be homo-cured via UV or free radical initiators to form tough, hydrophobic, cross-linked polyimides. Exhibits excellent... view more

Amorphous, low molecular weight, imide-extended bismaleimide oligomer. Exhibits excellent low pH hydrolytic resistance and thermal stability. It can be homo-cured via UV or free radical initiators... view more

Amorphous, low molecular weight, imide-extended bismaleimide oligomer. It is used as a toughener. Exhibits excellent low pH hydrolytic resistance, excellent flexibility and thermal stability. It is... view more

Imide-Extended Bismaleimide Oligomer (50% Toluene). Exhibits excellent toughness in the cured state with an intermediate cross-link density. It can be cured thermally, via UV irradiation, or in the... view more

Polyglycidyl ether cyclosiloxane monomer. Exhibits low viscosity, low color, low chloride content and good thermal stability. It is multifunctional, UV curable, non-yellowing and has a low epoxy... view more

Methacrylated epoxy functional hybrid cyclosiloxane monomer. Used as an adhesion promoter and a multifunctional diluent. Exhibits low viscosity, low chloride content and a dual cure mechanism (can... view more

Dicyclopentadiene acrylate. It is a mono-functional acrylate monomer. It has low shrinkage, low viscosity and a high glass transition temperature upon cure. The secondary ester linkage is resistant... view more

Tricyclodecane acrylate. It is a low viscosity mono-acrylate monomer. The polycyclic ring structure helps minimize shrinkage on cure. It also has low weight loss on cure. Recommended for use as a... view more

Isobornyl Cyclohexyl Acrylate (IBCHA). It is a liquid mono-functional acrylate monomer. It has similar properties as Isobornyl Acrylate (IBOA) when polymerized but with lower weight loss on cure. It... view more

Isobornyl Cyclohexyl Methacrylate (IBCHMA). It is a liquid mono-functional methacrylate monomer. It has similar properties as Isobornyl Methacrylate (IBOMA) when polymerized but with lower weight... view more

Polyester Acrylate Methacrylate. Exhibits exhibits excellent adhesion with low stress due to its high Tg DCPD units, low warpage, and hydrophobicity. Possesses very high thermal stability and low... view more

Polyester Acrylate Methacrylate. Exhibits exhibits excellent adhesion with low stress and low shrinkage due to its high Tg polycyclic repeat units. Possesses ultra low warpage, hydrophobicity, very... view more

Polyester Acrylate Methacrylate. Exhibits low CTE, high Tg, and high modulus. Possesses good adhesion on various substrates, very high thermal stability, low volatility and good hydrolytic... view more

Polyester Methacrylate Oligomer. Exhibits excellent adhesion, ultra low warpage, and hydrophobicity. It has high thermal stability, low volatility, and excellent hydrolytic resistance. Possesses... view more

Polyester Methacrylate Oligomer. It has low color and low cure shrinkage. Exhibits good thermal stability and hydrolysis resistance. Possesses low CTE, high Tg, and high modulus. It is not based... view more