ResinTech Fine Mesh Size Softening Resin
Softening/Iron Removal (Na or H Form)

ResinTech CG8-F is a premium grade, high capacity, gelular, sulfonated, polystyrene cation resin supplied in the sodium or hydrogen form as moist, tough, uniform, spherical beads. ResinTech CG8-F is intended for use in all water softening, dealkalization, deionization and chemical processing applications.

Features & Benefits:

• Bag: 1 cubic foot, 52 lbs
• Crosslink: 8%
• Complies with FDA regulations
• Complies with USDA regulation for potable water systems
• Certified NSF/ANSI-61 certified for material safety
• Highly uniform particle size, low pressure drop
• Superior physical stability
• Low color throw

Recommended Resins for Specific Contaminants

Pressure Drop

The chart below shows the expected pressure loss per foot of bed depth as a function of flow rate, at various temperatures.

Backwash Expansion

After each cycle the resin bed should be backwashed at a rate that expands the bed 25 to 50 percent. This will remove any foreign matter and reclassify the bed. The chart below shows the expansion characteristics of ResinTech CG8 in the sodium form.

ResinTech supplies activated carbon and inorganic selective exchangers. ResinTech has developed an application technology resource group that includes state-of-the-art laboratories and a group of scientists dedicated to expanding the frontiers of application technology.

ResinTech is a global leader in the field of ion exchange for water and fluid purification. For over 30 years, their premium quality media, legendary technical support, and patented technologies have helped dealers and operators worldwide ensure optimal water quality for a wide array of applications.

ResinTech has grown quite a bit since their founding in 1986. Today, in addition to their premium quality ion exchange media, they manufacture purification cartridges and lab water systems, provide off-site resin regeneration and wastewater treatment solutions, and provide world-class lab services for resin and water analysis.