| A-6165 | Designer Molecules | A-6165 is a dark brown viscous liquid, additive with a conductive adhesive formulation. This is most commonly used as an additive in combination with metal fillers to further decrease volume resistivity in electrically conductive adhesive applications. | |
| A-675-100% | Designer Molecules | A-675-100% is a Bis(Glyceryl Dimethacrylate) Pyromellitate liquid additive. This product is most commonly used as an additive in adhesive applications. The four methacrylate groups and two carboxylic groups per molecule allow bonding to a variety surfaces...voir plus A-675-100% is a Bis(Glyceryl Dimethacrylate) Pyromellitate liquid additive. This product is most commonly used as an additive in adhesive applications. The four methacrylate groups and two carboxylic groups per molecule allow bonding to a variety surfaces. voir moins | |
| BMI-1500 | Designer Molecules | BMI-1500 is a viscous amber liquid form bismaleimide oligomer. This product exhibits good adhesion to a variety of substrates. BMI-1500 is most commonly used in adhesives as an additive or base resin, for high temperature applications. | |
| BMI-1700 | Designer Molecules | BMI-1700 is a viscous amber liquid form bismaleimide oligomer. This product exhibits good adhesion to a variety of substrates. BMI-1700 is most commonly used in adhesives as an additive or base resin, for high temperature applications. | |
| BMI-3000 | Designer Molecules | BMI-3000 is a light yellow powder form bismaleimide oligomer. This product exhibits excellent flexibility and forms very tough, hydrophobic polyimides. BMI-3000 is most commonly used in adhesives as an additive to increase flexibility, hydrophobicity, and...voir plus BMI-3000 is a light yellow powder form bismaleimide oligomer. This product exhibits excellent flexibility and forms very tough, hydrophobic polyimides. BMI-3000 is most commonly used in adhesives as an additive to increase flexibility, hydrophobicity, and thixotropy. voir moins | |
| BMI-3000 GEL | Designer Molecules | BMI-3000 GEL is a red amber gel form bismaleimide oligomer. This product exhibits excellent flexibility and forms very tough, hydrophobic polyimides. BMI-3000 GEL is most commonly used in adhesives as an additive to increase flexibility, hydrophobicity, a...voir plus BMI-3000 GEL is a red amber gel form bismaleimide oligomer. This product exhibits excellent flexibility and forms very tough, hydrophobic polyimides. BMI-3000 GEL is most commonly used in adhesives as an additive to increase flexibility, hydrophobicity, and thixotropy. voir moins | |
| BMI-5000 | Designer Molecules | BMI-5000 is a light yellow powder form bismaleimide oligomer. This product can be processed in a resin system as a solid or dissolved in a solvent. BMI-5000 is a most commonly used in base resin applications. | |
| BMI-5000 50% Toluene | Designer Molecules | BMI-5000 50% Toluene is a dark brown liquid form bismaleimide oligomer. This product can be processed in a resin system as a solid or dissolved in a solvent. BMI-5000 50% Toluene is a most commonly used in base resin applications. | |
| CS-783 | Designer Molecules | CS-783 is a yellow liquid methacrylated epoxy. This product features dual cure mechanisms, low chloride, multifunctional, low viscosity, and UV curable. CS-783 is most commonly used in adhesion promoting applications. | |
| DABCO® DC 1 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DC 1 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. | |
| DABCO® DC 2 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DC 2 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. DABCO® DC 2 is more reac...voir plus DABCO® DC 2 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. DABCO® DC 2 is more reactive than DABCO® DC 1. voir moins | |
| DABCO® LK 221 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® LK 221 is an organic surfactant that serves as a good emulsifier, epsecially for 1,4-BDO in polyol blends, and improves adhesion. | |
| DABCO® MB 20 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® MB 20 is a bismuth-based gel catalyst developed for a wide range of urethane formulations. It does not contain 2-EHA, DBT or TBT. | |
| DABCO® NE 1070 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 1070 is a low emission gel catalyst suitable for replacement of traditional TEDA catalysts like DABCO® 33 LV or DABCO® EG. | |
| DABCO® NE 1091 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 1091 is a highly efficient low emissive gel catalyst suitable for replacement of traditional TEDA catalysts like DABCO® 33 LV or DABCO® EG. It can be used to improve humid aging properties. | |
| DABCO® NE 300 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 300 is a highly efficient low emissive blow catalyst suitable for replacement of BDMAEE catalysts. | |
| DABCO® T 12 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 12 is a dibutyltin dilaurate. Strong gel catalyst. Moderate hydrolytic stability. | |
| DABCO® T 120 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 120 is a strong gel catalyst with good hydrolytic stability. | |
| DABCO® T 131 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 131 is a strong gel catalyst with good hydrolytic stability which provides a more delayed action than DBTDL. | |
| EC-1074 | Designer Molecules | EC-1074 is an amber glassy solid tetra-phenol epoxy. This product highlights low modulus, hydrophobic, thermal stability, hydrolytically resistant thermosets. EC-1074 is most commonly used as an epoxy curative in film and pre-applied adhesive composition...voir plus EC-1074 is an amber glassy solid tetra-phenol epoxy. This product highlights low modulus, hydrophobic, thermal stability, hydrolytically resistant thermosets. EC-1074 is most commonly used as an epoxy curative in film and pre-applied adhesive composition applications. voir moins | |
| EC-234 | Designer Molecules | EC-234 is a light yellow, liquid phenyl ester epoxy curative hybrid. This product has the ability to cure with both epoxy resin through the phenyl ester or in a free radical resin system through the acrylate. EC-234 is most commonly used as an adhesive o...voir plus EC-234 is a light yellow, liquid phenyl ester epoxy curative hybrid. This product has the ability to cure with both epoxy resin through the phenyl ester or in a free radical resin system through the acrylate. EC-234 is most commonly used as an adhesive or coating in a multitude of applications. voir moins | |
| EC-298 | Designer Molecules | EC-298 is a clear light yellow, liquid difunctional phenyl ester epoxy. This product does not interfere with free-radical cure and is therefore well suited for use in epoxy/(meth)acrylate hybrid thermoset compositions. EC-298 is most commonly used as an e...voir plus EC-298 is a clear light yellow, liquid difunctional phenyl ester epoxy. This product does not interfere with free-radical cure and is therefore well suited for use in epoxy/(meth)acrylate hybrid thermoset compositions. EC-298 is most commonly used as an epoxy curative in applications where toughness is required. voir moins | |
| EC-326 | Designer Molecules | EC-326 is a white to light yellow solid acetate/proprionate epoxy. This product has low melting curative properties, is soluble in most epoxy monomers, and low moisture uptake. EC-326 is most commonly used to improve toughness, hydrophobicity, and hydroly...voir plus EC-326 is a white to light yellow solid acetate/proprionate epoxy. This product has low melting curative properties, is soluble in most epoxy monomers, and low moisture uptake. EC-326 is most commonly used to improve toughness, hydrophobicity, and hydrolytic stability in adhesive applications. voir moins | |
| EC-392 | Designer Molecules | EC-392 is an amber liquid phenyl ester epoxy. This product highlights dual cure mechanism, high cross-link density, and thermal stability. EC-392 is most commonly used in liquid adhesives and paste applications. | |
| EC-861 | Designer Molecules | EC-861 is a yellow liquid phenyl acetate epoxy curative. This product highlights low modulus, hydrophobic, thermal stability, and hydrolytically resistant thermosets. EC-861 is most commonly used in applications where high levels of toughness and flexibil...voir plus EC-861 is a yellow liquid phenyl acetate epoxy curative. This product highlights low modulus, hydrophobic, thermal stability, and hydrolytically resistant thermosets. EC-861 is most commonly used in applications where high levels of toughness and flexibility are needed. voir moins | |
| ECAT-243 | Designer Molecules | ECAT-243 is a yellow microcrystalline solid imidazole epoxy catalyst. This product features good solubility in most epoxy monomers and excellent latency characteristics. ECAT-243 is most commonly used in epoxy homocure and epoxy curative applications. | |
| ECAT-259 | Designer Molecules | ECAT-259 is a yellow powder imidazole epoxy. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-259 is most commonly used in catalyst and epoxy c...voir plus ECAT-259 is a yellow powder imidazole epoxy. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-259 is most commonly used in catalyst and epoxy curative, applications. voir moins | |
| ECAT-353 | Designer Molecules | ECAT-353 is a besige powder imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-353 is most commonly used in catalyst and...voir plus ECAT-353 is a besige powder imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-353 is most commonly used in catalyst and epoxy curative applications. voir moins | |
| ECAT-434 | Designer Molecules | ECAT-434 is a yellow solid imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-434 is most commonly used in catalyst and ...voir plus ECAT-434 is a yellow solid imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-434 is most commonly used in catalyst and epoxy curative applications. voir moins | |
| KOSMOS® T 100 | Evonik Operations GmbH, BL Comfort & Insulation | KOSMOS® T 100 is the strongest gel catalyst particularly suitable for fast curing applications such as spray coatings and RIM. | |
| ORTEGOL® AB | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® AB is a silicone-based abrasion reducer; easy to blend into the system. | |
| ORTEGOL® AST 8 | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® AST 8 is a highly potent antistatic agent with no impact on physical properties. | |
| ORTEGOL® COM | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® COM is an emulsifier enhancing the miscibility between various formulation ingredients; ideal for blends of otherwise incompatible polyols. | |
| ORTEGOL® NOP | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® NOP is an emulsifier enhancing miscibility of polyester or polyether polyols with natural oil based polyols. | |
| POLYCAT® DBU | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® DBU is a strong gel catalyst that provides snap cure at ambient temperature. | |
| POLYCAT® SA 1 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 1 is an acid-free heat activated catalyst that provides excellent back-end cure. Can provide an extended pot life. It stays liquid at low temperature. | |
| POLYCAT® SA 102 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 102 is a heat activated catalyst that provides excellent back-end cure. Can provide an extended pot life. It stays liquid at low temperature. Is has higher de-blocking temperature and longer pot life time than POLYCAT® SA 1. | |
| POLYCAT® SA 2 LE | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 2 LE is a low emission heat activated catalyst that exhibits a front end delay with rapid back end-cure. | |
| POLYCAT® SA 20 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 20 is a DBT-free low emission gelling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. | |
| POLYCAT® SA 5 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 5 is a gelling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It is recommended to use in conjunction with DABCO® BA 100 to improve pot life time. | |
| POLYCAT® SA 8 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 8 is a heat activated co-catalyst with an excellent front-end delay. | |
| TEGOSTAB® B 8900 | Evonik Operations GmbH, BL Comfort & Insulation | TEGOSTAB® B 8900 is a silicone-based surfactant with strong cell-opening and degassing properties. |
