MetSorb® adsorbent products are widely utilized to remove arsenic, lead, mercury, fluoride, and other heavy metals from drinking, process, and wastewater applications. These products are known for their high capacity and excellent kinetics, making them the preferred choice for thousands of treatment applications globally. Here are some of the key MetSorb® products and their features:

  • Heavy Metal Removal Granules: Highly effective, low-cost adsorbent for the reduction of Arsenic III & V and a wide variety of heavy metals.
  • Heavy Metal Removal Powder: Effective, high-value adsorbent for the reduction of heavy metals and arsenic.
  • Metsorb® MOX-G: Novel adsorbent for the removal of fluoride and other heavy metals.
  • Metsorb® MOX-P: Novel adsorbent for the removal of fluoride and other heavy metals.
  • Metsorb® PFX: Polystyrenic macroporous anion resin, potable water grade.

Download Documents

Search for product documents including Brochures, SDS, MSDS and Data Sheets.

Showing 0
Reset

Filters

related applications
Internal ID: 47
Arsenic, Antimony, Lead and Uranium Removal from Drinking Water

Arsenic, Antimony, Lead and Uranium Removal from Drinking Water

This document explores MetSorb® granular adsorbents used for the removal of heavy metals, including arsenic, antimony, uranium, and lead, from drinking water applications.

Key features:
Request More Info
download support literature:
General Info
Industries:
Internal ID: 59
Co-Occurring Contaminants: Arsenic and Uranium in Drinking Water

Co-Occurring Contaminants: Arsenic and Uranium in Drinking Water

This case study addresses the challenges of co-occurring contaminants, arsenic and uranium, in drinking water systems, particularly affecting small water systems across the United States.

Key features:
Request More Info
download support literature:
Case Study
Industries:
Internal ID: 230
HMRP and HMRG SDS

HMRP and HMRG SDS

Highly Effective, Low-Cost Granular Adsorbent for Reduction of Arsenic III & V, Lead, Mercury, Cadmium, a Wide Variety of Heavy Metals and Other Contaminants

Key features:
  • Removal of heavy metals to meet drinking water
  • standards
  • High adsorbent capacity requiring less frequent
  • replacement
  • Fast kinetics to work effectively at high flow rates
  • Nonhazardous disposal as solid waste
Request More Info
download support literature:
Safety Data Sheet
Industries:
Internal ID: 257
MOX-P and MOX-G SDS

MOX-P and MOX-G SDS

Highly Effective, Low-Cost Metal Oxide Adsorbent for Reduction of Fluoride, Arsenic and Other Oxyanions

Key features:
  • MOX is stable in pH relative to drinking water conditions, 6.5-8.5
  • Also has the ability to remove additional select heavy metals including arsenic
  • Provides high capacity, selective removal of fluoride
  • When compared to AA and Bone Char, MOX demonstrates superior capacity
Internal ID: 250
MetSorb® HMRG Data Sheet

MetSorb® HMRG Data Sheet

Highly Effective, Low-Cost Granular Adsorbent for Reduction of Arsenic III & V, Lead, Mercury, Cadmium, a Wide Variety of Heavy Metals and Other Contaminants

Key features:
  • Removal of heavy metals to meet drinking water
  • standards
  • High adsorbent capacity requiring less frequent
  • replacement
  • Fast kinetics to work effectively at high flow rates
  • Nonhazardous disposal as solid waste
Request More Info
download support literature:
Data Sheet
Industries:
Internal ID: 251
MetSorb® HMRP Data Sheet

MetSorb® HMRP Data Sheet

High Capacity, Excellent Kinetic Powder Adsorbent for Reduction of Lead, Mercury, Arsenic and a Wide Variety of Heavy Metals.

Key features:
  • Use of HMRP affords high capacity
  • Excellent kinetics and a low level of competing ion interference.
  • HMRP’s adsorbent’s adsorptive capacity for lead is high
  • Longer useful life and significantly lower effluent contaminant levels
Request More Info
download support literature:
Data Sheet
Industries:
Internal ID: 247
MetSorb® PFX SDS

MetSorb® PFX SDS

This safety data sheet provides information on Metsorb PFX SDS.

Key features:
Request More Info
download support literature:
Safety Data Sheet
Industries:
Internal ID: 255
MetSorb® Powdered Adsorption Products for Carbon Block and Functionalized Filter Media Manufacturing Using HMRP, STP or STP Hybrid Adsorbents to Reduce Lead and Mercury

MetSorb® Powdered Adsorption Products for Carbon Block and Functionalized Filter Media Manufacturing Using HMRP, STP or STP Hybrid Adsorbents to Reduce Lead and Mercury

Explore MetSorb® Powdered Adsorption Products for Carbon Block and Functionalized Filter Media Manufacturing using HMRP, STP or STP Hybrid Adsorbents to reduce lead and mercury.

Key features:
Request More Info
download support literature:
General Info
Industries:
Internal ID: 258
Multiple Heavy Metals Removal for Construction Dewatering

Multiple Heavy Metals Removal for Construction Dewatering

Use this document to retrieve information on multiple heavy metals removal for construction dewatering.

Key features:
Request More Info
download support literature:
General Info
Industries:
Internal ID: 285
POE/POU Design Guidelines for OEMs for Removal of PFOS, PFOA, PFNA, PFHxS and PFBS with MetSorb PFX - Selective Resin

POE/POU Design Guidelines for OEMs for Removal of PFOS, PFOA, PFNA, PFHxS and PFBS with MetSorb PFX - Selective Resin

This POE/POU document contains Design Guidelines for OEMs for Removal of PFOS, PFOA, PFNA, PFHxS and PFBS with MetSorb PFX - Selective Resin.

Key features:
Request More Info
download support literature:
General Info
Industries:
Internal ID: 322
STP, STP H, STP Cake SDS

STP, STP H, STP Cake SDS

This is a Safety Data Sheet (SDS) for MetSorb® STP, STP H, STP Cake SDS. It provides information about the product's composition, hazards, safe handling, and regulatory compliance.

Key features:
Request More Info
download support literature:
Safety Data Sheet
Industries:
No results found. Please remove or reset selections.
Reset All
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

Contact Us

If you have questions or comments regarding the information in this site, or if you wish to receive additional information on Graver Technologies, please contact us:

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Open Shortcut Menu