LiquaGen (1/2 CU FT) - Higher Grade Ion Exchange Resin Cation for Water Softeners | High Capacity Pure Premium Resin Beads for Loading Soft Water to Remove Hardness & Scale

LiquaGen (1/2 CU FT) - Higher Grade Ion Exchange Resin Cation for Water Softeners | High Capacity Pure Premium Resin Beads for Loading Soft Water to Remove Hardness & Scale

• 25 Pounds of Resin Cation Premium Grade Softening Resin Strong Acid Cation Exchange Resin. Tired of paying hundreds of dollars to high mark up brands to replace your resin? Start saving with LiquaGen DIY resin. World class lab tested quality resin ensuring great water. High end product without the high end price! Designed to extend softener life, reduce scale build-up and to ensure soft pure water.
• DOMINANT HYDRAULIC QUALITIES:- LiquaGen Water Softener Resin has exceptional hydraulic characteristics optimal for flow rate and backwash flow rates. Its' high volume capacity and porosity characteristics give exceptional kinetic behavior with also good physical, chemical and thermal stability.
• CHEMICAL AND THERMAL STABILITY: This resin media is insoluble in dilute or moderately concentrated acids, alkalies, & in all ordinary solvents. Stable thermally to higher than 248°F (120°C) in alkali’s like sodium or alkaline earth like calcium & magnesium salt forms.
• APPLICATIONS: The cation resin is a high purity, premium cation resin designed for the treatment of foods, beverages, water for food processing and most any potable water. For softer skin & hair, cleaner laundry, long-lasting home appliances, home improvement & home maintenance.
• ION EXCHANGE PROCESS: An ion-exchange resin is a polymer or resin that's activated as a medium for Ion exchange. It is an insoluble matrix (or support structure) normally in the form of small (0.5–1 mm diameter) microbeads, usually white or yellowish, fabricated from an organic polymer substrate. This is typically porous, providing a large surface area on and inside them. The trapping of ions occurs along with the accompanying release of other ions, & thus the process is called Ion exchange.