Loading... Please wait...

Premium Softening Resin

Price:
$77.94
SKU:
596
Shipping:
Calculated at checkout


Product Description

This Cation resin is a high capacity, 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

Polymer Structure: Polystyrene 8% cross linked with Divinylbenzene
Physical Form and Appearance: spherical beads
Whole Bead Count: 90% Min.
Functional Groups: Polystyrene sulfonate
Ionic Form (as shipped): Na+
Shipping Weight, approx.: 50 lb./ft.3
Mesh Size (U.S. Std.): 16-50
Moisture retention, Na+ form: 45–50%
Swelling, Na+—>H+: 5% max.
Total Capacity in sodium form: 1.9 me/ml
pH Range, Stability 0–14

Posted price includes heavy duty shipping carton.  Reduced pricing is available for pallet quantities.

Write a review

Product Reviews

This product hasn't received any reviews yet. Be the first to review this product!



Welcome to Buckeye Hydro!
Pure Water Technologies

Our Newsletter

Sign up for exclusive updates and special offers!


Shipping

Buckeye typcially ships the same day, or less commonly, the day after an order is placed. The majority of our shipments are sent UPS Ground or FedEx Ground. Estimated delivery times for these services are similar, and are shown below. See our policies page for additional shipping information.

Read More About Shipping

FAQ

When should I replace my filters?
Will Buckeye filters fit properly in my water filtration system?
Do I need to do anything special when I install new cartridges in my RO or RO/DI system?

Read More FAQ