HPL-6222
HPL-6222 High Performance Lining DUROMAR HPL-6222 is a variation of HPL-6221, with less abrasion resistance and less friction. HPL-6222 offers outstanding UV resistance, color stability [...]
HPL-6222 High Performance Lining DUROMAR HPL-6222 is a variation of HPL-6221, with less abrasion resistance and less friction. HPL-6222 offers outstanding UV resistance, color stability [...]
HPL-4330 High Performance Lining DUROMAR HPL-4330 is a trowellable, 100% solids novolac lining with outstanding chemical resistance. It is primarily used in areas requiring the [...]
HPL-4323-AR High Performance Lining DUROMAR HPL-4323-AR is a highly abrasion resistant version of the HPL-4323 used for spray dryer absorbers and FGD ductwork. Chemical Description [...]
HPL-4323 High Performance Lining DUROMAR HPL-4323 is a flexible version of the HPL-4320 used for secondary containment, ductwork or anywhere requiring better flexibility with extremely [...]
HPL-4320-XC High Performance Lining DUROMAR HPL-4320-XC is a more chemical resistant version of the HPL-4320 designed for constant immersion in high concentrations of sulfuric and [...]
HPL-4320 High Performance Lining DUROMAR HPL-4320 is a high functionality, 100% solids novolac material, designed for concentrated sulfuric acid and other inorganic acid service. It [...]
HPL-4314 High Performance Lining DUROMAR HPL-4314 is a versatile, all-purpose, 100% solids epoxy novolac lining system, designed to be applied by brush, roller or single [...]
HPL-4310-FG High Performance Lining DUROMAR HPL-4310-FG is a high functionality, 100% solids glass flake filled novolac epoxy, which can be applied by conventional airless spray [...]
HPL-4310 High Performance Lining DUROMAR HPL-4310 is a high functionality, 100% solids novolac material, which can be applied by conventional airless spray equipment. It can [...]
HPL-4300 High Performance Lining DUROMAR HPL-4300 is a high-temperature, abrasion resistant, trowel applied product for boiler skirts, incinerator outlets or anywhere requiring resistance to abrasive [...]