Products

ARALDITE® MY 0600 multifunctional resin is particularly effective in a wide variety of formulating applications, including composites, adhesives, and laminating systems. Caution must be exercised in the selection of hardeners and cure conditions due to its rapid cure characteristics. Even moderate amounts, when cured with aliphatic amines, can develop sufficient exotherm to cause charring and smoke evolution. This can also occur if aromatic amine-hardened systems are gelled at excessively high temperatures or if catalysts, such as boron trifluoride monoethylamine, are used alone or in conjunction with aromatic hardeners. ARALDITE® MY 0600 is a triglycidyl of meta-aminophenol.

ARALDITE® MY 0610 is a high-purity, low-viscosity trifunctional epoxy resin based on meta-aminophenol. It is used in adhesives, laminates, or other structural composite applications requiring high modulus, high hot-wet performance, and toughness.

ARALDITE® MY 722 Resin is a very low-viscosity tetrafunctional epoxy resin (8,000 - 12,000 cPs at 77°F) with excellent storage stability and thermal/mechanical performance properties, making it particularly suitable for producing high-performance composite structures, adhesives, casting, tooling, and other high-performance systems. Thanks to its moderate viscosity at ambient temperature, ARALDITE® MY 722 Resin can be easily processed using a variety of manufacturing techniques, including prepregging, filament winding, reaction injection molding (RIM), and pultrusion.

ARALDITE® PT 810-2 is a granule-based crosslinking agent and hardener used in paints and coatings. It functions as a chain extender and crosslinker, enhancing the performance and durability of coatings in various industrial applications.

ARALDITE® PT 810-3 is a granule-based crosslinking agent and hardener used in paints and coatings. It functions as a chain extender and crosslinker, improving the performance and durability of coatings in various industrial applications.

ARALDITE® PT 910 is a hardener for polyester or acrylic resin powder coatings.

ARALDITE® PT 912 is an epoxy resin consisting of a glycidyl ester mixture, designed as a hardener for the formulation of weatherable powder coatings. It offers a high-quality epoxy crosslinker alternative to ARALDITE® PT 810 with enhanced functionality compared to ARALDITE® PT 910. It can be used in combination with carboxyl-terminated, oil-free polyester or acrylic resins.

ARALDITE® PY 4122-1 is a modified reactive toughener and flexibilizer. When blended with liquid epoxy resins, such as bisphenol A-based epoxy, it enhances the corrosion resistance of the resulting coatings.

ARATHANE® 3304 IS is a liquid additive used in adhesives and sealants, aerospace and aviation, automotive and transportation, batteries, electrical and electronics, industrial, and military and defense applications. It is immiscible in water, ensuring reliable performance in a wide range of industrial processes.

ARA® COOL 1034 XW 90 is a modified Mannich-base type ultra-high solid hardener designed for curing down to 5°C.

ARA® Cool 3077-1 is an amine-based fast curing hardener without Nonylphenol, Benzyl alcohol, or Bisphenol-A. It is best used as an accelerator and modifier for slower reacting hardeners, such as polyamidoamines and polyamides, for curing at low temperatures.

ARA® Cool WB 007 is a waterborne reactive tertiary amine-based ACCELERATOR designed for ambient cure epoxy systems.

ARA® XTREME PY 2100 US is a very low-viscosity, high-functionality amine-based, high-purity resin with relatively good storage stability. It cures very rapidly to produce products with exceptionally high heat deflection temperatures. ARA® XTREME PY 2100 US is particularly effective in a wide variety of formulating applications, including adhesives, laminating systems, and more. It can be used as a viscosity modifier and, in combination with slow-reactivity resins, can boost their cure rate. However, caution must be exercised in the selection of hardeners and cure conditions due to its rapid curing characteristics. Even moderate amounts, when cured with aliphatic amines, can develop sufficient exotherm to cause charring and smoke evolution. This can also occur if aromatic amine-hardened systems are gelled at excessively high temperatures or if catalysts, such as boron trifluoride monoethylamine, are used alone or in conjunction with aromatic hardeners.

Aminopropylmonomethylethanolamine (APMMEA) is a clear, low viscosity liquid with a high flash point and mild odor. It provides optimum pH control, emulsion stability, and enhanced pigment dispersion, making it ideal for low odor paint formulations. Its low freezing point (-40°C) improves freeze-thaw stability.

Aminopropylmorpholine (APM) is an alkylalkanol amine typically used as an epoxy ACCELERATOR or curing agent. It also serves as an intermediate in coatings applications.