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Lanlang Cation Water Softener Resin 8% or 10%

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Lanlang Cation Water Softener Resin 8% or 10%


Cation Water Softener Resin is ideal for resin replacement in your water softener system. Designed in spherical beads Cation resin provides excellent kinetic performance and is very efficient in the regeneration process.

- Maximum Temperature: 248°F 
- Moisture Retention: 46-50%
- Polymer Structure: Gel Polystyrene Crosslinked With Divinylbenzene
- 1.0 CuFt / 25 L
- 50% Less Water & Salt Consumption
- Life Expectancy: 8% Crosslinked- 10 Years (Depending on Water Quality)
                               10% Crosslinked- 15 Years (Depending on Water Quality)
- Lower Rinse Volumes
- Maximum Regeneration Efficiency


Cation Water Softener Resin is ideal for resin replacement in your water softener system. Designed in spherical beads Cation resin provides excellent kinetic performance and is very efficient in the regeneration process.

- Maximum Temperature: 248°F 
- Moisture Retention: 46-50%
- Polymer Structure: Gel Polystyrene Crosslinked With Divinylbenzene
- 1.0 CuFt / 25 L
- 50% Less Water & Salt Consumption
- Life Expectancy: 8% Crosslinked- 10 Years (Depending on Water Quality)
                               10% Crosslinked- 15 Years (Depending on Water Quality)
- Lower Rinse Volumes
- Maximum Regeneration Efficiency
Select Type
From $29.29

Original: $97.62

-70%
Lanlang Cation Water Softener Resin 8% or 10%

$97.62

$29.29

Description


Cation Water Softener Resin is ideal for resin replacement in your water softener system. Designed in spherical beads Cation resin provides excellent kinetic performance and is very efficient in the regeneration process.

- Maximum Temperature: 248°F 
- Moisture Retention: 46-50%
- Polymer Structure: Gel Polystyrene Crosslinked With Divinylbenzene
- 1.0 CuFt / 25 L
- 50% Less Water & Salt Consumption
- Life Expectancy: 8% Crosslinked- 10 Years (Depending on Water Quality)
                               10% Crosslinked- 15 Years (Depending on Water Quality)
- Lower Rinse Volumes
- Maximum Regeneration Efficiency