Ion Exchange Anion Resin NIP

Indion® NIP: Powerful Anion Exchange Resin for Efficient Water Treatment

Achieve Cleaner, Contaminant-Free Water with Indion® NIP

 Key Features:

• Strong Base Functionality: Indion® NIP utilizes benzyl trimethyl ammonium groups for exceptional anion removal capacity, ensuring efficient purification.
• Optimized Regeneration: The resin’s Type 2 functionality allows for easier regeneration compared to Type 1 resins, leading to lower operating costs and improved efficiency.
• Superior Organic Matter Resistance: Indion® NIP boasts excellent resistance to organic matter commonly found in surface water, minimizing fouling and ensuring consistent performance.
• Durable and Reliable: The isoporous, cross-linked polystyrene matrix provides excellent structural integrity, maximizing the resin’s lifespan and resistance to chemical degradation.
  

  Technical Specification:-

  • Resin Type:-  Isoporous
  • INDION Designation:-  NIP
  • Matrix Type:-  Crosslinked Polystyrene
  • Functional Group:-  _N+ R3
  • Standard Ionic Form:-  Cl-
  • Particle Size mm :-   0.3-1.2
  • Moisture Content % :-  43-53
  • Maximum Operating Temperature C:-  40 (OH-)
  • Total Exchange Capacity meq/ml:-  1.2
  • Reversible Swelling % :-Cl- to OH- 10-15
  • Applications:- Demineralisation in co-current and countercurrent mode.

    Indion® NIP is ideal for applications such as:

    • Two-stage deionization (DI) as a second-stage anion exchange resin
    • Mixed-bed DI for ultrapure water production
    • Removal of natural organic matter (NOM) from surface water
    • Industrial wastewater treatment
    • Chemical and pharmaceutical processing

    Benefits:

    • Improved Water Quality: Indion® NIP effectively removes contaminants like nitrates, sulfates, and other anions, resulting in cleaner and purer water.
    • Cost-Effective Operation: The resin’s optimized regeneration process minimizes chemical usage and lowers operating costs.
    • Long-Lasting Performance: The durable structure ensures extended resin life and efficient performance over a longer period.