Ion Exchange Resins

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Product Details:

We offer our clients ion exchange resin having high exchange capacity. We are having both anionic and cationic resins for water treatment plants. Ion exchange resins are polymers that are capable of exchanging particular ions within the polymer with ions in a solution that is passed through them. In water purification the aim is usually either to soften the water or to remove the mineral content altogether. Ion exchange resins are classified as cation exchangers, which have positively charged mobile ions available for exchange, and anion exchangers, whose exchangeable ions are negatively charged. Resins can be broadly classified as strong or weak acid cation exchangers or strong or weak base anion exchangers.

Agrion C-100NA:
AGRION C-100 is a Polystyrene based, gel type, strongly acidic cation exchange resin having high exchange capacity and good chemical resistance over a wide pH range. It is manufactured in bead form for better hydraulic characteristics and greater resistance to attrition. AGRION C-100 is equally suitable for use in Sodium or Hydrogen form, in Water Treatment Plants and other Chemical Processes, in multibed and mixed bed exchangers. Its performance is characterised by its high capacity, excellent physical, chemical and thermal stability and fast exchange. It has shown good resistance to oxidising agents like chlorine but it is preferred to eliminate the excess chlorine by dechlorination.

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Product Details:

Agrion a-600 mp is a strong base anion exchange resin. Based on styrene divinyl benzene copolymer matrix and having a macroporous structure, it derives its basicity through the quaternary ammonium functional group. Agrion a-600 mp is synthesized with a controlled pore structure, giving it a high operating capacity and regeneration efficiency, with high resistance to organic fouling. Agrion a-600 mp is supplied as moist spherical beads in a chloride form. Counter current regeneration technique is preferred when the silica residual in treated water is required at low levels. It also offers greater regeneration efficiency, giving lower chemical consumption. Counter current operation has to be done with due care to prevent fluidization of ion exchange resin during alkali injection and displacement rinse. We deal with the following ranges of anion exchange resins: