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The material selection platform
Adhesives Ingredients
The material selection platform
Adhesives Ingredients
24
Product Name
Supplier
Description
Designer Molecules
Amorphous, low molecular weight, imide-extended bismaleimide oligomer. Exhibits good adhesion to a variety of substrates. It can be homo-cured via UV or free radical initiators to form tough... view more
Designer Molecules
Amorphous, low molecular weight, imide-extended bismaleimide oligomer. Exhibits good adhesion to a variety of substrates, excellent low pH hydrolytic resistance and thermal stability. It can be... view more
Designer Molecules
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
Designer Molecules
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
Designer Molecules
Amorphous, low molecular weight, imide-extended bismaleimide oligomer. Exhibits excellent flexibility, excellent hydrolytic stability, excellent adhesion to a variety of substrates and thermal... view more
Designer Molecules
Medium molecular weight, maleimide terminated polyamide-imide oligomer. Exhibits low melting point, good film properties, good thermal stability and good adhesion to a variety of substrates. It is... view more
Designer Molecules
Imide-extended bismaleimide oligomer. Exhibits excellent toughness in the cured state with an intermediate cross-link density. It is non-tacky, and can be cured thermally, via UV irradiation, or in... view more
Designer Molecules
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
2-Phenyl-3,3-bis(4-hydroxyphenyl) phthalimidine. It improves rheology and low temperature properties of polycarbonates. Also enhances thermal resistance. It is suitable for various polymers systems... view more
HOS-Technik
Polybenzimidazole. Monomaleimide with reactive group suitable for polymerization. These short-chain homide is a monomaleimide derivative that can be polymerized by heat or catalysts. Primarily used... view more
HOS-Technik
N-phenylmaleimide. Monomaleimide with reactive group suitable for polymerization. The short-chain homide is a monomaleimide derivative that can be polymerized by heat or catalysts. In addition shows... view more
HOS-Technik
2.6-Xylylmaleimide. Monomaleimide with reactive group suitable for polymerization. The short-chain homide is a monomaleimide derivative that can be polymerized by heat or catalysts. In addition... view more
HOS-Technik
N-cyclohexylmaleimide. Monomaleimide with reactive group suitable for polymerization. The short-chain homide is a monomaleimide derivative that can be polymerized by heat or catalysts. In addition... view more
HOS-Technik
Monomaleimide with reactive group suitable for polymerization. The short-chain homide is a monomaleimide derivative that can be polymerized by heat or catalysts. In addition shows increase in the... view more
HOS-Technik
Monomaleimide with reactive group suitable for polymerization. The short-chain homide is a monomaleimide derivative that can be polymerized by heat or catalysts. In addition shows increase in the... view more
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