Purolite C100H Strong Acid Cation Resin – 25L

Purolite C100H Strong Acid Cation Resin – 25L
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Purolite C100H Strong Acid Cation Resin – 25L

Purolite C100H is an industrial grade, premium gel, polystyrenic, strong acid cation exchange resin supplied hydrogen form. The principal application is in water demineralisation.

Water softening ion-exchange resins are used to replace the magnesium and calcium ions found in hard water. The resin can be regenerated by washing it with salt (NaCl). The calcium and magnesium ions migrate off the resin, being replaced by sodium ions from the solution until a new equilibrium is reached.

Macroporous polystyrenic resins have pore structures significantly more robust than polystyrenic gel resins that allow macroporous resins to be used as catalysts as well as enable use in non-polar applications unsuitable for gel resins. This results in resins that are more osmotically and oxidatively stable and less prone to mechanical breakdown.

In general, strong acid cation macroporous ion exchange resins often provide higher selectivity than their gel counterparts.
 

TYPICAL PHYSICAL & CHEMICAL CHARACTERISTICS:

Polymer Structure Gel polystyrene crosslinked with divinylbenzene
Appearance Spherical Beads
Functional Group Sulfonic Acid
Ionic Form H+ form
Total Capacity (min.) 2.0 eq/L (43.7 Kgr/ft³) (Na+ form)
Moisture Retention 51 – 55 % (H+ form)
Particle Size Range 300 – 1200 µm
< 300 µm (max.) 1 %
Uniformity Coefficient (max.) 1.7
Reversible Swelling, Na+ → H+ (max.) 9 %
Specific Gravity 1.2
Shipping Weight (approx.) 745 – 785 g/L (46.6 – 49.1 lb/ft³)
Temperature Limit 120 °C (248.0 °F)

Features

Principal Applications

  • Demineralisation - Industrial Water

Typical Applications for Strong Acid Cation Resins

  • Acid catalysis
  • Biodiesel purification
  • Condensate polishing
  • Domestic and Industrial water softening
  • Industrial demineralisation

Advantages

  • Excellent physical and chemical stability
  • Good kinetic performance
  • High operating capacity

Systems

  • Coflow regenerated systems
  • Conventional counterflow systems