Filteration & Filter Elements
HILCO PH511-01-CB Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH430-11-CGVGE Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH414-20-CG Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH830-14-CGW Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH739-11-CG Filter Cartridges
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH739-05-CGV Filter Cartridges
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH739-03CG Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH739-01-CGTEF Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH720-40-CG Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH718-16-CNF Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH718-14-CN Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH718-12-CRNV Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH718-01-CNB Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH518-16-CG Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH518-12-CB Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH518-11-CG Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH511-40-CG Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH511-20-CB Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH511-10-CGV Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic
HILCO PH511-10-CB Filter Element
HILCO’s PH Synthetic Filter Cartridges Changing from the old style, less efficient cellulose cartridges to a more efficient PH cartridge could result in an actual decrease in pressure drop. The PH cartridges have double screened, synthetic medias designed for high flows. The synthetic media used in the PH cartridges also makes it impervious to water. As a result, the cartridge is well suited for steam turbine lube and hydraulic oils. Features: • Double screened, synthetic