Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

DOW 650C H Ion Exchange Resin

DOW 650C H Ion Exchange Resin is a high-capacity, gel-type strong acid cation exchange resin from Dow’s Amberjet™ series, featuring uniform spherical beads and exceptional chemical stability. Designed for industrial demineralization and softening, it delivers rapid kinetics, low pressure drop, and reliable performance in high-purity water systems.
  • dow 650c h ion exchange resin_708c8896
  • dow 650c h ion exchange resin_708c8896

Features Of DOW 650C H Ion Exchange Resin

  1. High-capacity, gel-type strong acid cation exchange resin in hydrogen form.

  2. Optimized bead uniformity and high physical stability for consistent hydraulic performance.

  3. Low soluble organics (TOC) release—ideal for ultrapure water production where organic contamination must be minimized.

  4. Excellent regeneration efficiency with standard mineral acids, reducing operational chemical consumption.

  5. Robust crosslinked polystyrene-divinylbenzene matrix ensuring long service life under repeated cycling.

Typical Applications Of DOW 650C H Ion Exchange Resin

  1. Polishing deionization in semiconductor-grade ultrapure water (UPW) systems.

  2. Pretreatment and final polishing in pharmaceutical water-for-injection (WFI) and purified water (PW) generation.

  3. Condensate polishing in fossil fuel and nuclear power plant steam cycles.

  4. High-purity industrial process water for electronics manufacturing and battery-grade lithium processing.

  5. Removal of dissolved cations in laboratory and analytical water purification systems.

Specifications Of DOW 650C H Ion Exchange Resin

Chemical TypeStrong acid cation (sulfonic acid), hydrogen form
Product FormMoist, spherical beads
AppearanceAmber, transparent gel beads
Functional GroupSulfonic acid (–SO₃H)
Matrix StructureCrosslinked polystyrene-divinylbenzene (8% DVB)
Ion Exchange Capacity (min)1.9 eq/L (dry base)
Moisture Content45–50% (as shipped)
Uniformity Coefficient (max)1.7


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