Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

The SRDI excels in the production of high purity water with average conductivity levels of 0.1µS/cm. The SRDI can be used in conjunction with a sediment pre-filter to deliver small batches of DI water straight from the tap. Where demand increases, the SRDI can be situated post-RO for the polishing of permeate water

Water treatment processes:

Ion exchange – Attracts the targeted elements and releases selected ions into the water stream e.g. softening, nitrate removal, de-ionisation.

Catalysis – Reacts with the targeted elements to change their physical properties e.g. treatment of dissolved iron to precipitate from solution.

Dosing – Slowly dissolves into the filtrate to continually feed the required treatment

Delivering excellent selectivity of heavy metals including zinc, mercury and copper from potable water supplies, the SHRM also provides water softening properties without the sodium dosing usually found with exclusive softening cartridges. The SRHM can be combined with other filtration and treatment products for a comprehensive solution.

IDelivering excellent selectivity of heavy metals including zinc, mercury and copper from potable water supplies, the SHRM also provides water softening properties without the sodium dosing usually found with exclusive softening cartridges. The SRHM can be combined with other filtration and treatment products for a comprehensive solution.

Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

Delivering excellent selectivity of heavy metals including zinc, mercury and copper from potable water supplies, the SHRM also provides water softening properties without the sodium dosing usually found with exclusive softening cartridges. The SRHM can be combined with other filtration and treatment products for a comprehensive solution.

Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

The SRDI excels in the production of high purity water with average conductivity levels of 0.1µS/cm. The SRDI can be used in conjunction with a sediment pre-filter to deliver small batches of DI water straight from the tap. Where demand increases, the SRDI can be situated post-RO for the polishing of permeate water

Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

The SRDI excels in the production of high purity water with average conductivity levels of 0.1µS/cm. The SRDI can be used in conjunction with a sediment pre-filter to deliver small batches of DI water straight from the tap. Where demand increases, the SRDI can be situated post-RO for the polishing of permeate water

Water treatment processes:

Ion exchange – Attracts the targeted elements and releases selected ions into the water stream e.g. softening, nitrate removal, de-ionisation.

Catalysis – Reacts with the targeted elements to change their physical properties e.g. treatment of dissolved iron to precipitate from solution.

Dosing – Slowly dissolves into the filtrate to continually feed the required treatment

Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

Nitrates - Ion-X SRNI: 20"

Nitrate often reaches surface and groundwater by runoff from agricultural activities, such as usage in fertiliser. SRNI cartridges can reduce toxic nitrate levels below WHO limits of 50mg/L, exchanging harmful nitrates for chloride ions.

Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

Nitrate often reaches surface and groundwater by runoff from agricultural activities, such as usage in fertiliser. SRNI cartridges can reduce toxic nitrate levels below WHO limits of 50mg/L, exchanging harmful nitrates for chloride ions.

Ion-X from SPECTRUM is an effective range of contaminant removal cartridges.

Nitrates - Ion-X SRNI: 20" BB High Flow

Nitrate often reaches surface and groundwater by runoff from agricultural activities, such as usage in fertiliser. SRNI cartridges can reduce toxic nitrate levels below WHO limits of 50mg/L, exchanging harmful nitrates for chloride ions.