Lapox® ARF-12 by Atul is an unmodified, very low viscosity diglycidyl ether of bisphenol-F (DGEBF) based epoxy resin. It provides good chemical resistance. It can be blended with Lapox® B-11 (DGEBA... view more

Lapox® ARF-13 by Atul is an unmodified, medium viscosity diglycidyl ether of bisphenol-F (DGEBF) based epoxy resin. Offers good chemical resistance. It can be blended with Lapox® B-11 (DGEBA type)... view more

Lapox® ARF-14 by Atul is a high viscosity bisphenol-F-based epoxy resin for 100% solid coating applications. Offers good chemical resistance. It can be blended with Lapox® B-11 (DGEBA type) to... view more

Lapox® ARF-15 by Atul is a distilled and pure bisphenol-F-based epoxy resin for 100% solid coating applications. Offers low viscosity at lower temperatures and good chemical resistance. It can be... view more

Lapox® ARL-141 by Atul is a high viscosity unmodified epoxy resin based on bisphenol-A. It provides faster reactivity and short pot life in comparison of standard epoxy resin. It can be cured with... view more

Lapox® ARN-16 by Atul is an unmodified, medium viscosity liquid epoxy resin based on 1,6-dihydroxy naphthalene. It is fast reacting with good heat resistance. When it is used with appropriate epoxy... view more

Lapox® ARTF-13 by Atul is an unmodified tetrafunctional, medium viscosity epoxy resin based on MDA with low chlorine content. It provides excellent modulus even at high temperature, extremely high... view more

Lapox® ARTF-14 by Atul is an unmodified tetrafunctional, medium viscosity, MDA-based epoxy resin with low chlorine content. Exhibits high chemical resistance, high retention of mechanical strength... view more

Lapox® ARTF-15 by Atul is an unmodified tetrafunctional, medium viscosity, MDA-based epoxy resin. Exhibits low chlorine content, high chemical resistance, high retention of mechanical strength at... view more

Lapox® ARTF-16 by Atul is an medium viscosity, MDA-based tetrafunctional epoxy resin. Exhibits high chemical resistance, high retention of mechanical strength at elevated temperature, low chlorine... view more

Lapox® ARTF-17 by Atul is an high viscosity, MDA-based tetrafunctional epoxy resin. Exhibits high chemical resistance, high retention of mechanical strength at elevated temperature, low chlorine... view more

Lapox® ARTF-18 by Atul is a general purpose unmodified tetrafunctional, medium viscosity epoxy resin. Exhibits high chemical resistance, high retention of mechanical strength at elevated... view more

Lapox® ARTF-23 (XR-23) by Atul is a low viscosity, unmodified tetrafunctional epoxy resin based on MDA. Exhibits high chemical resistance, high retention of mechanical strength at elevated... view more

Lapox® ARTF-32 by Atul is an unmodified tetrafunctional, low viscosity epoxy resin based on substituted MDA. It provides excellent modulus even at high temperature, extremely high glass transition... view more

Lapox® ARTF-33 (XR-93) by Atul is a low viscosity, unmodified tetrafunctional epoxy resin based on MDA. Exhibits long pot life at process temperatures, yielding systems with high glass transition... view more

Lapox® ARTF-35 by Atul is a low viscosity, unmodified trifunctional epoxy resin based on para-aminophenol. Exhibits high chemical resistance, high glass transition temperature, outstanding heat... view more

Lapox® ARTF-36 by Atul is a high purity, distilled, low viscosity, unmodified trifunctional epoxy resin based on para-aminophenol. Exhibits high chemical resistance, high glass transition... view more

Lapox® ARTF-37 by Atul is a low viscosity, unmodified trifunctional epoxy resin based on meta-aminophenol. Exhibits high glass transition temperature, outstanding heat resistance, high chemical... view more

Lapox® ARTF-38 by Atul is a high purity, distilled, low viscosity, unmodified trifunctional epoxy resin based on meta-aminophenol. Exhibits high glass transition temperature, outstanding heat... view more

Lapox® ARTF-39 by Atul is a modified multifunctional, low viscosity epoxy resin. It provides excellent modulus even at high temperature, extremely high glass transition temperature and low viscosity... view more