Gravex® Bead Resins
Read F.A.Q.support literature
Gravex® GC-3-1 SC (GTS-31-SC rev 1)
Gravex® GC-3-23 SC NG (GTS-323-SC-NG-EDF rev 0)
Gravex® GR-1-0 CG (OH) All condensates
Gravex® GR-1-0 US CG (OH) Nuclear Plants
Gravex® GR-1-0 US CGF (OH) Fossil Plants
Gravex® GR-1-0 US DM (Cl)
Gravex® GR-1-0 US DM (OH)
Gravex® GR-1-1 US DM (Cl)
Gravex® GR-1-1 US DM (OH)
Gravex® GR-1-5 NG (OH)
Gravex® GR-1-5 US DM (Cl)
Gravex® GR-1-8 US MP DM (FB)
Gravex® GR-1-9 NG (H/OH)
Gravex® GR-1-9 NG (OH)
Gravex® GR-1-9 NG ULC (H/OH)
Gravex® GR-1-9 NG ULC (OH)
Gravex® GR-1-9 US NG (H/OH)
Gravex® GR-1-9 US NG (OH)
Gravex® GR-1-9 US NG ULC (H/OH)
Gravex® GR-1-9 US NG ULC (OH)
Gravex® GR-1-9 US Ultra (OH)
Gravex® GR-1-9 US Ultra (OH) All Plants
Gravex® GR-2-0 CG (H) All condensates
Gravex® GR-2-0 NG (H)
Gravex® GR-2-0 NG (H)
Gravex® GR-2-0 US CG (H) Nuclear Plants
Gravex® GR-2-0 US CGF (H) Fossil Plants
Gravex® GR-2-0 US DM (H)
Gravex® GR-2-0 US DM (Na)
Gravex® GR-2-0 US NG (H)
Gravex® GR-2-1 US DM (H)
Gravex® GR-2-1 US DM (Na)
Gravex® GR-2-16 US CG (H) Nuclear Plants
Gravex® GR-2-16 US CGF (H) Fossil Plants
Gravex® GR-2-16 US NG (H)
Gravex® GR-2-16 US NG (H)
Gravex® GR-2-17 NG (H)
Gravex® GR-2-5 CG (H)
Gravex® GR-2-5 SG (M)
Gravex® GR-2-5 US CGF (H)
Gravex® GR-2-5 US DM (H)
Gravex® GR-2-6 MP DM (H)
Gravex® GR-3-0 US CG (H/OH) All condensates
Gravex® GR-3-15 NG ULC (H/OH)
Gravex® GR-3-16 NG (H/OH)
Gravex® GR-3-16 NG (H/OH)
Gravex® GR-3-16 NG ULC (H/OH)
Gravex® GR-3-16 NG ULC(H/OH)
Gravex® GR-3-16 US CG 2.1 (H/OH) All condensates
Gravex® GR-3-16 US NG (H/OH)
Gravex® GR-3-16 US NG (H/OH)
Gravex® GR-3-16 US NG ULC (H/OH)
Gravex® GR-3-16 US NG ULC (H/OH)
Gravex® GR-3-22 SG (M/OH)
Gravex® GR-3-8 US CG (H/OH) All condensates
Gravex® GR-3-9 NG (H/OH)
Gravex® GR-3-9 NG ULC (H/OH)
Gravex® GR-3-9 US NG (H/OH)
Gravex® GR-3-9 US NG ULC (H/OH)
Gravex® GR-4-17 NG (Li7/OH)
Gravex® GR-4-17 NG ULC (Li7/OH)
Gravex® GR-4-6 NG (Li)
Gravex® GR-4-6 NG 16 (Li)
Gravex® GR-4-7 NG (Li7/OH)
Gravex® GR-4-7 NG ULC (Li7/OH)
Gravex® GR-4-7 US NG ULC (Li7/OH)
Gravex® GR-4-9 NG (Li7/OH)
Gravex® GR-4-9 NG ULC (Li7/OH)
Gravex® GR-4-9 US NG ULC (Li7/OH)
Gravex® GR-7-16 NG (Li)
Gravex® GR-7-16 NG (Li7)
Gravex® GR-7-17 NG (Li7)
Gravex® GR-7-17-6 NG (Li)
Gravex® GR-7-99 NG (Li7)
Gravex® GR-7-99 US NG (Li7)
Frequently asked questions
How to remove heavy metals from water and wastewater?
Many MetSorb® adsorbents will remove heavy metals from water and wastewater. Please view our product pages for more information.
Are heavy metals in water? Do they pose a threat to human health?
The USEPA issued and regularly reviews/updates the National Primary Drinking Water Regulations (NPDWR).
How can I remove lead from water?
Many MetSorb® adsorbents will remove lead and other heavy metals from water. Please view our product pages for more information.
How much uranium is safe in drinking water?
The USEPA has issued and regularly reviews/updates the National Primary Drinking Water Regulations (NPDWR).
Why do MetSorb® adsorbents sometimes have a bad smell and how do we get rid of this odor?
MetSorb adsorbents are made from metal oxides and rarely have any noticeable smell. They can sometimes concentrate bacteria (specifically sulfur reducing) that may be present in the drinking water well source. While this type of bacteria is naturally found in many well sources and are considered harmless, the resulting “rotten egg” smell can be unpleasant. In order to remove the bacteria from the MetSorb® media bed, we recommend performing a 25-50 ppm chlorine shock for 12-24 hours. The system should then be rinsed with fresh water until no residual chlorine odor is noted. If bacteria count in the well water is high, this chlorine shock of the MetSorb® media may be required 2 or 3 times per year.
How can uranium be removed from well water?
One way uranium can be removed is through adsorption. MetSorb® HMRG has a selective affinity for uranium.
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