Heavy metal removal for water treatment chemical MetSorb™ HMRP
wastewater

Heavy metal removal for water treatment chemical - MetSorb™ HMRP - Graver Technologies - wastewater
Heavy metal removal for water treatment chemical - MetSorb™ HMRP - Graver Technologies - wastewater
Heavy metal removal for water treatment chemical - MetSorb™ HMRP - Graver Technologies - wastewater - image - 2
Add to favorites
Compare this product
 

Characteristics

Function
heavy metal removal for water treatment
Applications
wastewater

Description

Discover the power of MetSorb® Adsorbent Media, a patented family of advanced products designed for the efficient removal of heavy metals like arsenic, lead, mercury, fluoride, and more from drinking water, industrial, and process water applications. Renowned for high capacity and excellent kinetics, MetSorb® adsorbents are the top choice for water treatment professionals globally. Our product lineup includes MetSorb® HMRG, a highly effective, low-cost granular adsorbent for reducing arsenic III & V, lead, mercury, cadmium, and various heavy metals. MetSorb® patented family of advanced adsorbent products for the removal of arsenic, lead, mercury, fluoride, and a host of other heavy metals for metals compliance in drinking water as well as industrial and process water applications. High capacity and excellent kinetics make MetSorb® adsorbents the first choice for water treatment professionals around the world. High Capacity, Excellent Kinetic Powder Adsorbent for Reduction of Lead, Mercury, Arsenic and a Wide Variety of Heavy Metals. features & benefits: 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

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.