Resins and media for Water Purification systems
All ADEPT Pure Water Limited equipment uses virgin Media and Resins to ensure the purest results. The resins are used to filter impurities and pollutants from water.
You can purchase resins and media from ADEPT Pure Water Limited in small/medium volumes and at competitive prices. Please call us on +44 1536 761 176 or contact us online for prices.
Common media and resins used in our systems include:
IP - 1 Inert Polymer
IP-1 is an inert plastic material with a specific gravity lower than that of water capable of floating just above the ion exchange bed.
S-930 Marcroporous Iminodiacetic Chelating Resin
A macriporous polystyrene based chelating resin, with iminodiacetic groups designed for the removal of cations of heavy metals from industrial effluents.
NRW-37 Nuclear grade mixed bed resins
These nuclear resins are processed under the most exacting specifications. These resins are specially purified with high percent conversions to their regenerated form and closely controlled particle sizes.
MB-400 Ready to use mixed bed
MB-400 is a high quality resin mixture for direct purification of water. It is suitable for use in regenerable non-regenerable cartridges and in large ion exchange units.
C-100H Strong Acid Cation Exchange Resin in Hydrogen Form
C-100H is a premium grade cation exchanger that can be used in water demineralisation.
C-100E Strong Acid Cation-Exchange resin (clear gel)
C-100E is a high purity premium grade of conventional gel poly (styrene sulphonate) cation-exchange resin designed expressly for the treatment of foodstuffs, beverages, and water used in the processing of food.
A-850 Strong based Type 1 Acrylic Anion Exchange Resin
A-850 is a gel-type I strong base anion exchange resin with an actylic matrix. The acrylic matrix ensures excellent removal of organic matter from a water supply in conjunction with its reversible removal upon regeneration.
A-400 M Strong-Base Type I (Clear Gel) Anion Exchange Resin
A-400 MB is a strong-base anion exchanger with both high operating capacity and the ability to achieve low residual silica levels.