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Aldex C-800F Fine Mesh Water Softening Resin Sodium Form

Aldex C-800F Fine Mesh Water Softening Resin Sodium Form is a high-quality, gel-type, high-capacity fine mesh cation resin that can be used in a wide range of domestic and industrial water softening applications. The surface area per square foot of Aldex C-800F resin is far greater than that of typical water softening resin. As a result, faster kinetics and more ion exchange capacity per regeneration are achieved while using the same amount of salt.

Functions: Water Softener

Chemical Family: Styrene Copolymers, Styrenics

Applicable Processes: Groundwater Treatment

Features: High Durability

Technical Data Sheet
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Knowde Enhanced TDS

Identification & Functionality

Industrial Additives Functions

Features & Benefits

Industrial Additives Features
Features

No Chlorinated Solvents
The absence of chlorinated solvents in the manufacturing of Aldex C-800F results in very low TOC leakage.
Very low color, taste or odor
Aldex C-800F meets the requirements for paragraph 173.25 of the Food Additive Regulation of the U.S. Food and Drug Administration.
Reliability
Over 40 years of actual field usage by thousands of customers demonstrates the reliability of Aldex C-800F.

Applications & Uses

Markets
Applicable Processes
Advantages of Fine Mesh Resin
  • Highest capacity / long service cycles
  • Minimum salt usage
  • Low backwash rates
  • Shorter regeneration times
  • Reduced rinse water
  • Increased removal of ferrous iron

Properties

Color
Physical Form
Physico-Chemical Properties
ValueUnitsTest Method / Conditions
Particle Size Distribution (+30mesh)max. 2%
Particle Size Distribution (-70 mesh)max. 2%
Ionic Form (Shipped)Sodium (Na+)
Moisture Content45 - 49.9%
Net Weight (as shipped)50.0lbs/cubic foot
Particle Size Distribution (Mesh)30 - 70
Resin CompositionSulfonated styrene / divinylbenzene copolymer
Specific Gravity1.29
Total Capacity (43 Kilograins as CaCO3 per Cubic Foot)2.0meq/ml

Regulatory & Compliance

Certification

Tested and Certified by WQA according to ANSI / NSF / CAN 44, 61, 372 and CSA B483.1 for materials safety only.

Technical Details & Test Data

Recommended Operating Conditions
Influent pH: No restrictions
Influent Free Chlorine: <1.0 ppm Cl2
Maximum Temperature: 250 °F
Bed Depth:
Minimum 24”, Normal
Service Flow Rate:
1 to 5 US GPM per cubic foot
Backwash Flow Rate: See Fig. 2
Regenerant:
Sodium Chloride (NaCl), Potassium Chloride (KCl)
Regenerant Strength:
5 to 15%, usually 10%
Regenerant Flow Rate:
0.3 to 1.0 US GPM per cubic foot of resin
Regenerant Contact Time:
15 to 60 minutes
Regenerant Dosage Level:
2 to 15 lb of regenerant per cubic foot
Slow Rinse (Displacement) Flow Rate:
0.3 to 1.0 US GPM per cubic foot of resin
Slow Rinse Volume:
20 US GPM per cubic foot resin
Fast Rinse Rate:
1.0 to 5.0 US GPM per cubic foot resin
Fast Rinse Volume:
Usually 30 US GPM per cubic foot resin
Operating Suggestions

Iron
In most cases Aldex C-800F will remove more iron from water than the Aldex C-800.
Hardness Leakage
At normal service flow rates, Aldex C-800F will have less hardness leakage than Aldex C-800, however, the hardness leakage will be greater at the higher flow rates, especially those encountered in some dishwashing applications.
Pressure Drop Considerations
The pressure drop across a bed of Aldex C-800F will be from 2.5 to 4.0 times what it would be for Aldex C800 for any given conditions of flow rate and temperature. Insure the underdrain system can accommodate this increase in pressure drop or modify accordingly.
Aldex C-800F Fine Mesh Water Softening Resin Sodium Form - Operating Suggestions
Fig. 1 Pressure Drop vs Flow Rate at various degrees Fahrenheit (F°)
Capacity Expectations
Several factors can influence the operating or working capacity of Aldex C-800F find mesh resin, therefore, it is not possible in this bulletin to predict exactly what the operating capacity of Aldex C-800F will be. Factors which influence capacity include: cocurrent vs countercurrent regeneration, high service flow rates vs low flow rates, regeneration and salt dosage. Generally speaking the operating capacity of Aldex C-800F will be approximately 10% higher than standard mesh softener resin in most applications when both are used under the same conditions.
Backwash Characteristics
To reclassify the beads and remove suspended solids from the top of the bed, the resin bed should be expanded at least 50% according to Fig. 2 by backwashing for at least five minutes or until the backwash water is clear. The above may not be necessary in the case of upload regenerated softeners since the backwash and brine injection are incorporated in the same step.
Aldex C-800F Fine Mesh Water Softening Resin Sodium Form - Operating Suggestions - 1
Fig. 2 Bed Expansion vs. Backwash Flow Rate at various degrees Fahrenheit (F°)

Safety & Health

Safety Information

A material safety data sheet is available for Aldex C-800F. Copies can be obtained from Aldex Chemical Co., LTD. Aldex C-800F is not a hazardous product and is not WHMIS controlled.
Caution: Acidic and basic regenerant solutions are corrosive and should be handled in a manner that will prevent eye and skin contact. Before using strong oxidizing agents in contact with ion exchange resin, consult sources knowledgeable in the handling of these materials.

Packaging & Availability

Packaging Type