Description
Reverse osmosis (RO) units use the worlds most efficient RO membrane material to achieve a 98.6% rejection of TDS from your incoming tap water, but we can't stop there. The issue is that we need a full 100% removal of TDS for our reef or salt aquariums, the quality of water we produce with our DI resin is actually laboratory grade 18 Megohm. DI resin has been the go-to answer for close to 2 decades. Our USA manufactured DI resin has been a safe a trusted solution for the reefing community the entire time.
This resin is the Anion charged resin charged with Hydroxide. Using this resin in conjunction with a Cation and a mixed bed DI resin will yield a complete removal of contaminants such as phosphate, silica, nitrate, sulfate, aluminum, calcium, etc allowing you to achieve 0 TDS water for your aquarium and help eliminate any possible water quality issues.
- Virgin Resin (not recycled, some cheap competitors versions are)
- Color-Indicating - changes from dark blue to Orange/Rust Red
- Made in the USA (Most are not)
- Ultra-pure, 18 Mega Ohm Resistivity
- Nuclear Grade
- Mix-Bed of Cation & Anion Deionization Resin
Polymer Structure |
Styrene/DVB |
Polymer Type |
Gel |
Functional Group |
Trimethylamine |
Physical Form |
Spherical Beads |
Ionic Form (as shipped) |
Hydroxide Form |
Total capacity |
> 1.0 meq/mL (OH Form) |
Water Retention |
55 to 60 percent (OH Form) |
Screen Size Distribution |
16 to 50 (U.S. Mesh) |
Maximum Fines Content |
1 percent (less than 50 Mesh) |
Minimum Sphericity |
93 percent |
Uniformity Coefficient |
1.6 (Approximate) |
Resin Color |
Blue |
Molecule Name | Ionic Charge | Removed By |
Sodium | +1 | Cation Resin |
Calcium | +2 | Cation Resin |
Magnesium | +2 | Cation Resin |
Aluminum | +3 | Cation Resin |
Ferric Iron | +2 | Cation Resin |
Ferrous Iron | +3 | Cation Resin |
Chloride | -1 | Anion Resin |
Bicarbonate | -1 | Anion Resin |
Carbonate | -2 | Anion Resin |
Sulfate | -2 | Anion Resin |
Nitrate | -1 | Anion Resin |
Phosphate | -3 | Anion Resin |
Silcate | -4 | Anion Resin |