
DMI-65® - Filtration Media for Industrial & Municipal Water …
DMI-65®, with infusion technology, is an advanced oxidation catalytic media for the removal of iron and manganese, and has been used in a wide variety of applications in 65 countries …
Technical Datasheet for DMI-65® Filtration Media - DMI-65®
DMI-65®, with infusion technology, is an advanced oxidation catalytic media for the removal of iron and manganese, and has been used in a wide variety of applications in 65 countries …
DMI 65 - Green Water Concepts
DMI-65 is a specialized catalytic filtration media widely used in water treatment systems. It is designed primarily for removing iron, manganese, and other heavy metals from water sources. …
Quantum DMI 65 Adv Oxidation Catlytic Media for …
DMI-65 is an extremely powerful catalytic water filtration media that is designed for the removal of iron and manganese in aqueous solutions (water) without the need for potassium …
特殊砂料,高效的去除鐵、錳能力,及除砷功能. 通過NSF/ANSI 61飲用水認證的氧化觸媒濾材. 更換壽命3-5年. DMI-65是最先進的除鐵砂-氧化觸媒濾材,具有非常高的除鐵(Fe)、錳(Mn)能力,經低 …
What is DMI-65 Filtration Media? - Everfilt
DMI-65® is a catalytic filtration media designed specifically for the removal of iron and manganese found present in water sources. It does not require the use of potassium …
The DMI-65 is an extremely powerful catalytic action water filtration media that will remove iron and manganese to the world drinking water standards and down to undetectable levels if …
工业和市政水处理过滤介质 - DMI-65®
DMI-65®, with infusion technology, is an advanced oxidation catalytic media for the removal of iron and manganese, and has been used in a wide variety of applications in 65 countries …
DMI-65 Catalytic Filtration Media - Mining Technology
DMI-65 is an extremely powerful silica sand-based catalytic action water filtration media that is designed for the removal of iron and manganese without the use of potassium permanganate …
Quantum (DMI-65) Iron Removal Media - City Water Purifier
Part of the TIRM Quantum (DMI-65) system is revolutionary silica-based media coated in a special formula and resin to preserve the underlay. The microporous structure of the media …