Cationic Resin Purolite C100H

Main applications

  • Demineralization – Industrial water

Advantages

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

Supported systems

  • Regenerated systems in conventional flow
  • Conventional counterflow systems

Description

Purolite C100H Resin

Purolite C100H Resin is a strong acid cation exchanger with divinylbenzene cross-linked polystyrene matrix. This resin is designed to provide high exchange capacity and excellent physical and chemical stability, making it a reliable solution for various industrial and domestic applications. Thanks to its optimized structure, Purolite C100H ensures high efficiency in ion exchange processes, offering superior performance in water softening and demineralization systems. In addition, it is ideal for applications requiring precise control of hardness and other water properties. It is a recommended choice for softening and demineralization systems where conditions include operating temperatures up to 120°C in its H+ form and 140°C in its Na+ form. These characteristics make the resin suitable for hot water and condensate treatment, as well as for a wide range of ion exchange systems.


Physical and chemical characteristics of Purolite C100H resin:

Property
Specification
Polymer composition
Cross-linked polystyrene with divinylbenzene
Shape
Spheres
Functional group
Sulfonic acid
Ionic structure
H+ form
1 %
Total capacity (minimum)
2.0 EQ/L (43.7 Kgr/ft³) (Na+ form)
Uniformity coefficient (maximum)
1.7
Specific gravity
1.20 – 1.25 g/mL
Reversible swelling, Na+ → H+ (max.)
8 %
Temperature limit
120 °C (248 °F) (H+ form), 140 °C (284 °F) (Na+ form)
Approximate weight
745 – 785 g/L (46.6 – 49.1 lb/ft³)
Sphere size range
300 – 1200 µm
Moisture retention
51 – 55 % (Na+ form)

Typical applications

  • Water softening in industrial and domestic systems.
  • Condensate and hot water treatment.
  • Demineralization processes in small and large plants.

Purolite C100H Resin combines durability, efficiency and versatility, making it a reliable solution to meet the demands of the most complex water treatment systems.

Packaging:

  • 1 ft³ bag
  • 25 L sack
  • 5 ft³ drum (fiber)
  • Supersack of 1 m³