Products

ARADUR® 283, in combination with unmodified liquid epoxy resins such as ARALDITE® GY 6010, can be easily formulated to comply with VOC regulations. Coatings based on ARALDITE® GY 6010 / ARADUR® 283 offer superior chemical and corrosion resistance compared to standard polyamidoamine hardener-based systems.

ARADUR® 2844 Hardener is a substituted dicyandiamide, used as a curing agent for solid epoxy resins in powder coating formulations. It is suitable for the formulation of powder coatings with good flow, high gloss, good mechanical properties, and chemical resistance.

ARADUR® 2961 is a low-viscosity, solvent-free, cycloaliphatic amine adduct-based curing agent.

ARADUR® 2964 is a low-viscosity modified aliphatic and cycloaliphatic polyamine.

ARADUR® 2965-1 is a low-viscosity, phenol- and BIS A-free modified cycloaliphatic polyamine hardener.

ARADUR® 2978-1 hardener is a low-viscosity, non-blushing epoxy curing agent with excellent handling and surface appearance properties. It can be formulated with modified or unmodified bisphenol A and bisphenol F-based liquid epoxy resins. ARADUR® 2978-1 is designed for two-component, ambient curing coating and flooring systems that require good esthetic properties, as well as good blush and early water spotting resistance. Its unique combination of long pot life and fast cure offers a distinct advantage over typical curing agents based on cycloaliphatic polyamines, such as isophorone diamine. The overall improvement in performance properties gained by using ARADUR® 2978-1 makes it an ideal curing agent for many applications.

ARADUR® 2979 epoxy curing agent is designed for two-component, ambient curing coating and flooring systems that require good esthetic properties, as well as good blush and early water spotting resistance. Its unique combination of long pot life and fast cure offers a distinct advantage over typical curing agents based on cycloaliphatic polyamines, such as isophorone diamine. The overall improvement in performance properties gained by using ARADUR® 2979 makes it an ideal material for many applications.

ARADUR® 3243-1 is a low-viscosity, modified cycloaliphatic polyamine hardener.

ARADUR® 3282-1 hardener is a modified polyamidoamine adduct designed for solvent-free, ambient-cured epoxy coatings. Formulated without non-reactive extenders such as nonyl phenol or benzyl alcohol, ARADUR® 3282-1 provides long pot life and low viscosity with good adhesion to damp or wet substrates. It may be formulated with liquid bisphenol A and/or bisphenol F epoxy resins and is suitable for producing primer/sealers with low water vapor transmission.

ARADUR® 35-1 is a chemical blend from the chemical mixtures and blends family, compatible with mineral substrates, and designed for use in various industrial applications that require effective bonding and curing properties.

ARADUR® 350 is a polyamidoamine and polyamine-based chemical, compatible with metal, mineral substrates, steel, and wood. It is designed for use in various industrial applications requiring enhanced bonding and curing properties on these surfaces.

ARADUR® 356 hardener is a light-colored, medium-viscosity, phenol-free hardener for solvent-free coatings. Fast cure, excellent adhesion, light color, and excellent chemical resistance characterize coatings based on ARADUR® 356. Particularly suitable for application with two-component spray equipment, formulations based on ARADUR® 356 demonstrate excellent curing properties. These coatings can also be applied by conventional brush or roller.

ARADUR® 36 is a formulated polyamine adduct dissolved in water.

ARADUR® 3719 is a low viscosity epoxy hardener offering good chemical resistance and mechanical properties. It has a high filler loading capacity, excellent gloss, and good color stability, making it suitable for a variety of applications.

ARADUR® 3745 is an amine and polyamidoamine-based chemical, designed for use with concrete substrates. It enhances bonding and curing properties, making it suitable for various industrial applications involving concrete.