Nuclear Grade Mixed-bed Resin

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Nuclear Grade Mixed-bed Resin
£403.00
  • Buy 20 for £372.00 each and save 8%
  • Buy 40 for £341.00 each and save 16%
Model: NRW3240

Nuclear grade mixed-bed DI resins are used for the production of ultra-pure water, ensuring that the water treated is of the highest purity possible.


Manufactured from strong-base type 1 anion and strong-base acid cation mix, the NRW3240 (formerly NRW37) resin ensures that the water processed is of highest quality 18.3 megohm resistivity, or 0.055 microSiemens/cm conductivity.


The high-resistivity water produced by NRW3240 is suitable for many high-end applications and industries, which include: ultra-pure water production, radiation wastewater treatment, manufacture and purification of pharmaceutical products, semiconductors and condensate polishing. This nuclear-grade resin is processed under the most exacting specifications, being specially purified with high percent conversions to their regenerated form and closely controlled particle sizes.

Description

Details

Nuclear grade mixed-bed DI resins are used for the production of ultra-pure water, ensuring that the water treated is of the highest purity possible.

Manufactured from strong-base type 1 anion and strong-base acid cation mix, the NRW3240 (formerly NRW37) resin ensures that the water processed is of highest quality 18.3 megohm resistivity, or 0.055 microSiemens/cm conductivity.

The high-resistivity water produced by NRW3240 is suitable for many high-end applications and industries, which include: ultra-pure water production, radiation wastewater treatment, manufacture and purification of pharmaceutical products, semiconductors and condensate polishing. This nuclear-grade resin is processed under the most exacting specifications, being specially purified with high percent conversions to their regenerated form and closely controlled particle sizes.

Additional Information

Additional Information

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All of Purolite’s nuclear grade products have over 95% whole perfect beads, which creates a product with low differential pressure drops, increased stability that is less likely to breakdown, delivering consistent product performance.