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We are currently monitoring potential hurricane Helene as is moves toward the gulf and Florida. As of now, we will be tentatively closed 09/26 & 09/27. We will update as things progress.

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We are currently monitoring potential hurricane Helene as is moves toward the gulf and Florida. As of now, we will be tentatively closed 09/26 & 09/27. We will update as things progress.

Nelsen Resins

ILLUSTRATION &
PART NUMBER 		DESCRIPTION SUGG. RETAIL

PAGE 4 - 4


Ion Exchange Resins

HI-CAPACITY WATER SOFTENING RESIN

Our standard mesh cation exchange resin provides for economical softening capabilities of both household and commercial water softeners.

 

$ 67.00
$ 93.00
$ 118.00




FINE MESH WATER SOFTENING RESIN

Fine mesh resin permits greater exposed surface area exchange sites resulting in higher kinetics than conventional resin yielding greater ferrous iron removal while providing the same softening capability.

 

$ 104.00
$ 148.00
$ 188.00

 

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CATION Standard and Fine Mesh Resins

CATION Standard and Fine Mesh resin is a highcapacity, conventional gel
polystyrene strong acid cation exchange resin designed for use in residential
or industrial water softening equipment. Cation resin in sodium form
removes hardness ions such as calcium and magnesium by replacing
them with sodium.

When the resin bed is exhausted the hardness ions begin to pass through the bed. Functionality is returned by regeneration with concentrated sodium or potassium chloride solution. The capacity obtained depends largely on the amount of salt used in the regeneration. Typically 15 lbs of chemical per ft3 is used to obtain maximum capacity of
up to 33,000 grains per ft3.

CATION Resin Typical Characteristics

Polymer Structure


Physical Form and Appearance
Whole Bead Count
Functional Groups
Ionic Form (as shipped)
Shipping Weight, approx
Mesh Size (U.S. Std.)
Moisture retention, Na+ form
Swelling, Na+—>H+
Total Capacity in sodium form
pH Range, Stability

Polystyrene 8% cross
linked with Divinylbenzene

spherical beads
90% Min.
Polystyrene sulfonate
Na+
850 g/l (50 lb./ft.3)
16-50
45–50%
5% max.
1.9 me/ml
0–14

Â