The SPECTRUM PCB is specifically formulated for effective chloramine control and the only cartridge to offer this feature within the range. Having been manufactured within a five-stage process, this exceptional catalytic activated carbon cartridge offers up to 10 times the capacity of the SCB. Essential for use in public water supplies where chloramine has been added as the disinfecting agent of choice, the PCB will typically be found within applications including aquatics and renal dialysis. Rated at one micron, pre-filtration from the SPECTRUM TruDepth range, such as the PSP at five micron, is recommended to maximise service life and prevent premature blocking.
SPECTRUM 870 range of activated carbon block cartridges treat water by removing the bad taste, odour and appearance associated with chemical and organic pollutants.Contaminants such as chlorine, chloramine, herbicides, solvents and dyes are all treated along with the removal of organics through absorption. Food grade coconut carbon block with higher efficiency and capacity chlorine, chemical and organic taste, odour and appearance removal.Features & Information
Extruded from high quality carbon fines the SCB has a much high adsorption capacity, extending life and improved chlorine reduction capacities over the ECB
The fine, acid washed bituminous, powdered activated carbon (PAC) used in the SCB results in a highly efficient carbon cartridge with sediment filtration capabilities
Constructed with an outer polypropylene wrap that protects and extends the life of the carbon block, capturing particles and preventing premature plugging
Food grade additives used to bond the PAC
Available in large diameter 9¾" and 20" lengths for reduced cartridge changeout frequency
Suited to the industrial sector, the lower capacity ECB suits batch process, where a longer service life is not required. For 2019, the carbon formulation has been upgraded, significantly improving chlorine removal efficiency to 60% from 35%, serving for a more reliable and dependable economic block. Manufactured using acid washed bituminous carbon, a highly microporous structure targets larger organic molecules such as benzene. This ensures the removal of ash and reduces rinse-up fines often found with non-acid washed bituminous carbon. Available in 3 micron sizes, the ECB offers flexibility to suit different applications where sediment could plug the carbon before service life is achieved.
Suited to the industrial sector, the lower capacity ECB suits batch process, where a longer service life is not required. For 2019, the carbon formulation has been upgraded, significantly improving chlorine removal efficiency to 60% from 35%, serving for a more reliable and dependable economic block. Manufactured using acid washed bituminous carbon, a highly microporous structure targets larger organic molecules such as benzene. This ensures the removal of ash and reduces rinse-up fines often found with non-acid washed bituminous carbon. Available in 3 micron sizes, the ECB offers flexibility to suit different applications where sediment could plug the carbon before service life is achieved.
Suited to the industrial sector, the lower capacity ECB suits batch process, where a longer service life is not required. For 2019, the carbon formulation has been upgraded, significantly improving chlorine removal efficiency to 60% from 35%, serving for a more reliable and dependable economic block. Manufactured using acid washed bituminous carbon, a highly microporous structure targets larger organic molecules such as benzene. This ensures the removal of ash and reduces rinse-up fines often found with non-acid washed bituminous carbon. Available in 3 micron sizes, the ECB offers flexibility to suit different applications where sediment could plug the carbon before service life is achieved.
Suited to the industrial sector, the lower capacity ECB suits batch process, where a longer service life is not required. For 2019, the carbon formulation has been upgraded, significantly improving chlorine removal efficiency to 60% from 35%, serving for a more reliable and dependable economic block. Manufactured using acid washed bituminous carbon, a highly microporous structure targets larger organic molecules such as benzene. This ensures the removal of ash and reduces rinse-up fines often found with non-acid washed bituminous carbon. Available in 3 micron sizes, the ECB offers flexibility to suit different applications where sediment could plug the carbon before service life is achieved.
