Products

MM-220 is a low viscosity mono-acrylate monomer. The polycyclic ring structure helps minimize shrinkage on cure. It also has low weight loss on cure. 

Designer Molecules CS-697 is a polyglycidyl ether cyclosiloxane monomer. The structure above shows a representation of the predominant component. Low viscosity and low color make it ideal for formulating adhesives. This resin is very compatible with most organic resins.

Designer Molecules Peam-645 is a polyester acrylate/methacrylate that exhibits low CTE, high Tg, and high modulus. The oligomer has very high thermal stability and low volatility. It can be used as a base resin in a formulation or as an additive. It exhibits good adhesion on various substrates. The oligomer also exhibits good hydrolytic stability. .

Designer Molecules BMI-5000 Toluene is an imide-extended bismaleimide oligomer that exhibits excellent toughness in the cured state with an intermediate cross-link density. It is soluble in aromatic solvents. It is an amber, waxy solid at room temperature and can be cast as a hot melt or from solution to form pliable, non-tacky films. This maleimide functional oligomer can be cured thermally, via UV irradiation, or in the presence of free-radical initiators to form a tough thermoset. BMI-5000 is supplied as a 50% solids solution in toluene. The material can also be supplied as a solid slab, powdered solid or in alternative solvents.

Designer Molecules U-835 is a urethane resin functionalized with an acrylate and a methacrylate. This low viscosity urethane makes it an ideal candidate for a base resin in an adhesive formulation. The urethane linkages help to form a very tough cross-linked film with excellent adhesion on a variety of substrates including metal, polyimide, silicon, and ceramic. The acrylate/methacrylates curable ends make it ideal for both thermal cure via peroxides or UV cure through photo initiators.

Designer Molecules BMI-1500 is an amorphous, low molecular weight bismaleimide oligomer that exhibits good adhesion to a variety of substrates. It can be homo-cured via UV or free radical initiators to form tough, hydrophobic, cross-linked polyimides. The material has excellent low pH hydrolytic resistance and thermal stability. The amorphous nature of this imide-extended BMI allows it to form room-temperature-stable solutions in a variety of free radical reactive diluents. It is soluble in many common solvents such as toluene, xylene, MIBK, etc. .

Designer Molecules BMI-1700 is an amorphous, low molecular weight bismaleimide oligomer that exhibits good adhesion to a variety of substrates. It can be homo-cured via UV or free radical initiators to form tough, hydrophobic, cross-linked polyimides. The material has excellent low pH hydrolytic resistance and thermal stability. The amorphous nature of this imide-extended BMI allows it to form room-temperature-stable solutions in a variety of free radical reactive diluents. It is soluble in most aromatic and aliphatic solvents such as toluene, xylene, NMP, etc.

Designer Molecules Peam-1044 is a polyester acrylate/methacrylate that exhibits excellent adhesion, low warpage, and hydrophobicity. The oligomer has very high thermal stability and low volatility. It can be used as a base resin in a formulation or an additive.

MM-204 is a mono-functional acrylate monomer. It has low shrinkage and a high glass transition temperature upon cure. The secondary ester linkage is resistant to hydrolysis.

EC-861 is a phenyl acetate epoxy curative. When cured with an epoxy, the resulting thermoset displays a high level of toughness and flexibility. The monomer is hydrophobic by nature and results in more hydrophobic thermosets. The low viscosity (which can result in lower viscosity in final products) makes it an ideal monomer to formulate in epoxy resin systems. The phenyl acetate end group, unlike phenolics, does not interfere with free-radical cure in hybrid adhesive systems.