CONAP AD-1146 and CONAP AD-1147 are high-strength adhesives for bonding liquid urethanes to various substrates during the curing process. These systems are stable solutions of polymers in a solvent blend and require heat to affect cure. An extensive evaluation program has shown CONAP AD-1146 and CONAP AD-1147 to be capable of bonding an exceptional variety of inorganic and organic materials together. Bonds to aluminum alloys, magnesium, iron, steel, glass, glass-fiber laminates, wood, and leather have high strength and excellent resistance to hydrolysis and environmental extremes. CONAP AD-1146-C and AD-1147-C are based on the same formulations as CONAP AD-1146 and CONAP AD-1147, with lower solids content and lower viscosity. They too offer exceptional peel strength values, however CONAP AD-1146-C and AD-1147-C require two coats for optimum strength.

CONAP AD-6404 is a two-component, unfilled, low viscosity polyurethane resin system designed for use in biomedical applications.

CONAP AD-6405 is a two-component, non-TDI, liquid polyurethane casting system produced under very carefully controlled conditions. This elastomeric system features excellent toughness, water resistance, and physical properties. CONAP AD-6405 is recommended as a general purpose potting compound, sealant, or adhesive for medical applications, particularly where good penetration, hydrolytic stability, low exotherm, low shrinkage, and good cutting properties are required.

CONAP AD-6406 is a two-component urethane system designed for use as a sealant.

CONAP AD-6407 is a two-component thixotropic urethane system designed for use as a sealant.

CONAP AD-6408 is a two-component polyurethane system formulated for filter sealant applications. CONAP AD-6408 exhibits superior penetration of filter media substrates and is based on components that are FDA an NSF approvable.

CONAP AD-6409 is a two-component polyurethane system formulated for filter sealant applications. CONAP AD-6409 exhibits superior penetration of filter media substrates and is based on components that are FDA an NSF approvable.

CONAP AD-6410 is a two-component polyurethane system formulated for filter sealant applications. CONAP AD-6410 is based on components that are FDA and NSF approvable, and exhibits outstanding resistance to hot NaOH cleaning solutions as well as superior penetration of filter media substrates.

CONAP AD-6411 is a two-component polyurethane system formulated for filter sealant applications.

CONAP AD-6412 is a two-component polyurethane system formulated for filter sealant applications. CONAP AD-6412 is based on components that are FDA an NSF approvable, and exhibits outstanding resistance to hot NaOH cleaning solutions as well as superior penetration of filter media substrates.

CONAP EN-5310 is a two-component liquid polyurethane resin system formulated for low durometer encapsulating applications. Designed to meet the demanding requirements of moisture resistance and vibration absorption, this system will produce different hardnesses based on the mix ratio used.

CONAP EN-5320 is a filled two-component polyurethane system designed for use as a potting and encapsulating material for electronic components where critical thermal cycling characteristics are a factor. CONAP EN-5320 has excellent electrical properties, low shrinkage, low stress build-up, and can be hand mixed or machine dispensed

CONAP EN-5322 is a filled, flame resistant polyurethane resin formulated for general purpose electrical/electronic potting, casting, and encapsulation. When tested in accordance with UL-94, flame resistance ratings of 94V-0 were obtained. CONAP EN-5322 has excellent handling properties at room temperature. Cure can be accomplished at room or elevated temperatures.

CONAP EN-5330 is halogen free based on IEC 61249-2-21 CONAP EN-5330 is a filled two-component polyurethane system designed for use as a potting and encapsulating material for electronic components where critical thermal cycling characteristics are a factor. CONAP EN-5330 has excellent electrical properties, low shrinkage, low stress build-up, and can be hand mixed or machine dispensed.

CONAP EN-5850 is a fast gelling, filled, flame-retardant, two-component polyurethane system formulated for potting and encapsulating electrical and electronic components, modules, circuit boards, assemblies, and related devices.

CONAP EN-5851 is a filled, flame-retardant, two-component polyurethane system formulated for potting and encapsulating electrical and electronic components, modules, circuit boards, assemblies, and related devices.

CONAP EN-5852 is a filled, flame-retardant, two-component polyurethane system formulated for potting and encapsulating electrical and electronic components, modules, circuit boards, assemblies, and related devices.

CONATHANE CE-1155 is a two-component, solvent-based polyurethane printed circuit board coating designed for use in adverse environments. CONATHANE CE-1155 provides outstanding resistance to moisture and good abrasion resistance. The cured film is hard and tough and has excellent adhesion to phenolic and epoxy-glass laminates. When tested over printed circuit patterns, excellent results are obtained with 1.5 mil films. Defective components can be replaced in coated areas using ordinary repair procedures without degradation or discoloration. Spot re-coating can then be accomplished. CONATHANE CE-1155 may be applied by spray, dip, or brush techniques and will cure at room or elevated temperatures. The cured film is suitable for continuous operation up to 130°C. The system contains a fluorescent dye to aid inspection under ultraviolet light.

CONATHANE CE-1155-35 is a two-component, high-performance, solvent-based polyurethane coating system for protecting circuit assemblies in adverse environments. CONATHANE CE 1155 35 is supplied at 35% solids and is primarily intended for spray applications. Application can be made by dipping, however two or more coats may be required to obtain a recommended film thickness of 1.5 to 2 mils.

CONATHANE CE-1164 is a single-component, air drying, room temperature curing, polyurethane conformal coating which meets the requirements of MIL-I-46058C for Type UR coatings and appears on the Qualified Products List (QPL). CONATHANE CE-1164 is a solvent-based coating designed for thin-film applications on electronic components and printed circuitry. It was developed specifically to provide the ultimate in humidity resistance and hydrolytic stability while retaining excellent flexibility to prevent fracturing of fragile components during thermal cycling. Cured films maintain excellent adhesion to phenolic and epoxy-glass laminates even in adverse environmental conditions. A tracer dye has been incorporated to aid inspection under ultraviolet light.

CONATHANE CE-1175 is a single-component water-based polyurethane conformal coating that meets the requirements of MIL-I-46058-C Type UR. CONATHANE CE-1175 is designed for thin-film applications on components and printed circuitry. It was developed specifically to provide the ultimate in humidity resistance and hydrolytic stability, yet retain excellent flexibility to prevent fracturing of fragile components during thermal cycling. Cured films maintain excellent adhesion to phenolic and epoxy glass laminates even in adverse environmental conditions. A tracer dye has been incorporated to aid inspection under ultraviolet light.

CONATHANE EN-14, or EN-14 Black, is a two-component, unfilled, low viscosity, fast-gelling, fast-curing, flexible polyurethane elastomer system designed for potting and encapsulation of electrical and electronic assemblies. CONATHANE EN-14 is a non-mercury version of CONATHANE® DPEN 8536. The cured system features excellent water resistance, thermal shock resistance, and electrical properties. The initial low viscosity of the system allows good penetration into fine windings. CONATHANE EN-14 is fully transparent and can easily be cut to remove defective components. Repairs can be made by application of more of the liquid system. CONATHANE EN-14 is particularly recommended for potting and encapsulating strain and heat sensitive devices in modules, connectors, and units required to operate in the temperature range of -65°C to 130°C. It also has shown utility as a conformal coating and can be applied by casting, spraying, or brushing. Airless spray equipment can be used effectively.

CONATHANE EN-1554 is a polyether based polyurethane resin system primarily intended for use as a molding, encapsulating and potting compound for harness breakouts, watertight electrical connectors, cables, cable end seals, printed circuitry and other electrical components. The system also has utility in the casting or molding of mechanical parts and as a lining material for pumps, chutes and conveyors, where outstanding abrasion resistance is a necessity. CONATHANE EN-1554 may be cured at room or elevated temperatures. CONATHANE EN-1554, when fully cured, is a tough, cold-flow resistant elastomer that has good resistance to oils, gasoline, JP-4 fuel, water, and seawater and also provides outstanding protection against corrosion or contamination. The system is funginert when tested in accordance with MIL-E-5262C and MIL-STD-810B. Three primers have been developed for use in bonding EN-1554 to metals, neoprene, and polyvinyl chloride during the curing process. CONAP® AD-1146 is recommended for metals, CONAP® PR-1167 for neoprene, and CONAP® AD-1161 for polyvinyl chloride.

CONATHANE EN-1556 is a polyether based, non-MBOCA polyurethane resin system primarily intended for use as a molding, encapsulating, and potting compound for harness breakouts, Watertight electrical connectors, cables, cable end seals, printed circuitry, and other electrical components. The system also has use in the casting or molding of mechanical parts and as a lining material for pumps, chutes, and conveyors Where outstanding abrasion resistance is a necessity. CONATHANE EN-1556 may be cured at room or elevated temperatures. CONATHANE EN-1556, When fully cured, is a tough, cold-flow resistant elastomer that has good resistance to oils, gasoline, JP-4 fuel, Water, and sea Water and also provides outstanding protection against corrosion or contamination. The system is funginert When tested in accordance With MIL-I-46058C and ASTM G-21 and meets or exceeds all of the requirements of MIL-M-24041 C. Three primers have been developed for use in bonding CONATHANE EN-1556 to metals, neoprene, and polyvinyl chloride during the curing process. CONAP® AD-1146 is recommended for metals, CONAP® PR-1167 for neoprene, and CONAP® AD-1 161 for polyvinyl chloride.

CONATHANE EN-16 is a two-component, unfilled urethane system formulated to meet the requirements of MIL-M-24041C: PRO 20 Amendment. It is a polyether based, non-MBOCA polyurethane resin system primarily intended for use as a molding, encapsulating, and potting compound for harness breakouts, watertight electrical connectors, cables, cable end seals, printed circuitry, and other electrical components. The system also has use in the casting or molding of mechanical parts and as a lining material for pumps, chutes, and conveyors where outstanding abrasion resistance is required. CONATHANE EN-16 may be cured at room or elevated temperatures. CONATHANE EN-16, when fully cured, is a tough , cold-flow resistant elastomer that has good resistance to oils, gasoline, JP-4 fuel, water, and sea water, and also provides outstanding protection against corrosion or contamination. The system is funginert when tested in accordance with MIL-I-46058C and ASTM G-21 and meets or exceeds all of the requirements of MIL-M-24041C: PRO 20 Amendment. Three primers have been developed for use in bonding EN-16 to metals, neoprene, and polyvinyl chloride during the curing process. CONAP® AD-1146 is recommended for metals, CONAP® PR-1167 for neoprene, and CONAP® AD-1161 for polyvinyl chloride.

CONATHANE EN-21 is a two-component, liquid, low viscosity, low toxicity, room temperature curing polyurethane resin system. This system was formulated specifically for the potting, casting, embedding, and encapsulation of electronic circuits, components, and power devices. It is UL 94 HB certified. CONATHANE EN-21 is an easy-to-use, non-TDI, non MbOCA system. It can be hand mixed or machine dispensed and cured at room or elevated temperatures. CONATHANE EN-21 cures to yield an 80 Shore A elastomer and has the following outstanding characteristics: - Excellent Electrical Properties - Low Toxicity - Low Viscosity - Low Exotherm and Low Shrinkage - Easy Handling - Low Stress Build-up on Embedded Components - Reversion Resistance - Excellent Moisture Resistance CONATHANE EN-21 is ideal for use in potting transformers, coils, reed and mercury switches, inductors, solid state ignition systems, voltage regulators, ballasts, micro-circuits, rectifiers and printed circuit assemblies.

CONATHANE EN-2521 is a two-part filled polyurethane resin system. The system features good handling properties and working life. EN-2521 can be cured at room or elevated temperatures without the formation of voids. The cured compound has excellent water resistance and is exceptionally resistant to thermal shock. Other outstanding properties of this system include low exotherm, very low stresses during cure, low shrinkage, and very good electrical properties. CONATHANE EN-2521 is recommended for potting applications where exceptional performance in the temperature range of -65°C to 130°C is required. It is particularly useful in the encapsulation of modules, strain sensitive circuitry, transformers, and coils.

CONATHANE EN-2523 is a two-part filled polyurethane casting system. It consists of two low viscosity liquids that have low vapor pressure and good handling properties at room temperature. CONATHANE EN-2523 can be cured at room or elevated temperatures without the formation of voids. Low exotherm, low stress build-up during cure, low shrinkage, and excellent electrical properties are other outstanding features of this system. CONATHANE EN-2523 is recommended for potting electrical and electronic devices that are subjected to conditions of extreme thermal shock and exposure to adverse environments. The low viscosity of the system permits thorough impregnation of electrical and electronic assemblies.

CONATHANE EN-2534 Black is a two-part, non-mercury, fast setting, filled, flexible polyurethane potting system that consists of two low viscosity liquids that have low vapor pressure and good handling properties at room temperature. CONATHANE EN-2534 Black can be cured at room or elevated temperatures without the formation of voids. Low exotherm, low stress build- up during cure, low shrinkage, and excellent electrical properties are other outstanding features of this system. CONATHANE EN-2534 Black is particularly recommended for potting electrical and electronic devices that are subjected to conditions of extreme thermal shock and must also withstand exposure to adverse environments. Even though filled, the low viscosity of this system permits thorough impregnation of electrical and electronic components.

CONATHANE EN-2550 is a two-part, filled polyurethane resin system formulated for casting high-voltage transformers and potting or encapsulating electronic devices. The system features good handling properties at room temperature, good working life, and minimum processing hazards. CONATHANE EN-2550 can be cured at room or elevated temperatures without the formation of voids. The cured compound has excellent water resistance, and is resistant to thermal shock. Other beneficial characteristics of this system include low exotherm, low stresses during cure, low shrinkage, and very good electrical properties.

CONATHANE EN-2551 is a filled two-component urethane system designed for use as a potting and encapsulating material for electronic components where critical thermal cycling characteristics are a factor. CONATHANE EN-2551 has excellent electrical properties, low shrinkage, low stress buildup, and can be hand-mixed or machine dispensed.

CONATHANE EN-2552 is a filled two-component urethane system designed for use as a potting and encapsulating material for electronic components where critical thermal cycling characteristics are a factor. CONATHANE EN-2552 has excellent electrical properties, low shrinkage, low stress buildup, and can be hand-mixed or machine dispensed.

CONATHANE EN-2553 is a filled, two-component polyurethane system designed for use as a potting and encapsulating material for electronic components where critical thermal cycling characteristics are a factor. CONATHANE EN-2553 has excellent electrical properties, low shrinkage, low stress build-up and can be hand mixed or machine dispensed. This RoHS compliant system has been tested according to UL test criteria and has obtained UL 94 V-0 & RTI 120 °C standards.

CONATHANE EN-3010 is a filled, two-component polyurethane system formulated for surface mount technology (SMT) applications. CONATHANE EN-3010 has been tested by Underwriters Laboratories to be RoHS compliant and recognized to UL 94V-0.

CONATHANE EN-4020 is a filled, flame retardant urethane system formulated for casting high-voltage transformers and other electrical/electronic devices used in demanding outdoor applications. CONATHANE EN-4020 has been tested by Underwriters Laboratories and is recognized to UL 94V-0.

CONATHANE EN-7 and EN-8 are two-component, non MBOCA based, high strength liquid polyurethane resin systems designed to ensure the performance of electrical/electronic assemblies exposed to severe environmental extremes. Elastomers prepared from these systems exhibit the following outstanding properties: - Superior hydrolytic stability - Low viscosity - Fungus resistance - Exceptional dielectric properties - Thermal shock resistance - High strength - High elongation These systems are recommended for use as molding and potting compounds for electrical cables, connectors, modules, wire wound devices, strain sensitive devices, as well as 100% solids coatings for printed circuitry. Their excellent adhesion to most substrates, and good flexibility, also suggest their use as staking and filleting adhesives.