Products

ARADUR® HY 5351 is a low-viscosity precatalyzed anhydride hardener (MTHPA) designed for the production of thermosetting polymers with excellent mechanical and electrical properties when used in conjunction with liquid epoxy resins.

ARADUR® HY 906 is a low-viscosity anhydride, which is compatible with liquid epoxy resins at room temperature. Chemically, ARADUR® HY 906 is described as methyl 4-endomethylene-tetrahydrophthalic anhydride (nadic methyl anhydride).

ARADUR® HY 921 belongs to the anhydrides chemical family and is compatible with epoxies (EP). It is designed for various applications, enhancing the performance and properties of epoxy-based formulations in industrial processes.

ARALDITE® ECN 1273 is a polyepoxide resin produced by reacting epichlorohydrin with an ortho-cresol formaldehyde novolac. The molecular weight of the novolac controls the resin’s molecular weight and functionality, which ranges from 2.5 to 5.5 reactive groups per molecule. Unlike conventional bisphenol-A based epoxy resins, this polyepoxide offers multiple reactive sites, enhancing crosslinking density and performance.

ARALDITE® ECN 1280 is a polyepoxide resin produced by reacting epichlorohydrin with an ortho-cresol formaldehyde novolac. The novolac’s molecular weight determines the resin’s molecular weight and functionality, which ranges from 2.5 to 5.5 reactive groups per molecule. Compared to conventional bisphenol-A based epoxy resins, this polyepoxide offers multiple reactive sites, resulting in enhanced crosslinking and improved material properties.

ARALDITE® ECN 9511 is a polyepoxide resin synthesized by reacting epichlorohydrin with an ortho-cresol formaldehyde novolac. The molecular weight of the novolac influences the resin’s molecular weight and functionality, which typically ranges from 2.5 to 5.5 reactive groups per molecule. Unlike conventional bisphenol-A based epoxy resins, this polyepoxide contains multiple reactive sites, enabling higher crosslink density and enhanced performance.

ARALDITE® EPN 1139 is a semi-solid multifunctional epoxy phenol novolac resin characterized by superior chemical resistance and excellent heat stability. It is ideally suited for manufacturing pre-impregnated materials used in structural applications, as well as in electrical and electronics industries.

DALTOCAST® ETU 1617 G is a liquid polyurethane-based material used in mining aids, equipment and parts, and pipes and plumbing applications. It offers excellent abrasion resistance, good mechanical properties, long gel time, low-temperature flexibility, and high efficiency, making it ideal for heavy-duty industrial processes.

DALTOPED® Aquapur is a fully water-blown polyether soling solution providing good flow and surface definition for direct-on or casting of unit soles and midsoles.

DALTOPED® Comfort is a thermoplastic urethane (TPU) material used in the footwear market, specifically for footwear soles. It offers easier processing, lightweight properties, and is water-based, making it ideal for eco-friendly, high-performance footwear applications.

DALTOPED® Dual Density is a water-blown polyether and/or polyester solution for direct-on or casting providing a highly effective compromise between a hard wearing outsole and a low density cushioning midsole.

DALTOPED® Duralite Energy is a high performing polyester soling solution providing lightweight, durability and energy return for direct-on or casting of unit soles and outsoles.

DALTOPED® Grip is a range of polyether and polyester soling solutions providing slip resistant properties for direct-on or casting of unit soles and outsoles.

DALTOPED® Lite Energy is a low VOC, phthalates-free, and tin-free thermoplastic urethane (TPU) used in footwear applications, including midsoles and soles. It offers abrasion resistance, excellent cushioning, rebound, and stability, with low density, low energy consumption, and high resilience for enhanced physical properties.

DALTOPED® X-LITE is a phthalates-free, tin-free thermoplastic urethane (TPU) used in casual shoes, midsoles, soles, and sports shoes. It offers abrasion resistance, design flexibility, excellent flow properties, hydrolysis resistance, and a lightweight, low-density structure, making it ideal for high-performance footwear applications.