Aquachem India Mangenese Dioxide Granules, Greensand Suppliier
Manganite – Advantages
Manganite™ is a high-performance manganese dioxide coated filtration media designed to deliver consistent oxidation, superior filtration efficiency, and long service life. Built as a reliable equivalent to traditional Greensand media, it offers operational flexibility and cost-effective performance across diverse water treatment systems.
Provides strong catalytic oxidation for effective removal of iron, manganese, and hydrogen sulphide from water.
Each grain has a consistent manganese dioxide coating that remains intact during operation and backwashing.
Ready-to-use media eliminates the need for on-site coating or pre-treatment before commissioning.
Unlike in-situ coated media, Manganite™ / Greensand does not require long conditioning cycles before achieving optimal performance.
Factory-coated media removes the need for complicated on-site chemical mixing or coating processes.
Operates efficiently without the need for high chlorine dosages.
Does not require sulphur dioxide treatment in its operation process.
No Expensive Polymer or Filter Aids Needed
Being catalytic and insoluble, Manganite™ does not add dissolved solids to treated water
Does not release alkaline substances into water during filtration or regeneration.
The manganese oxide coating is not removed during vigorous backwashing procedures
Engineered particle structure enhances filtration efficiency by creating a tortuous path for contaminant removal.
Tolerates slight overfeed or underfeed of oxidants in continuous regeneration systems without major performance impact.
Can be used in gravity filters, vertical pressure filters, and horizontal pressure filtration systems.
Oxidized contaminants settle quickly, simplifying backwash water recovery and disposal.
Minimal media loss (typically 2–3% annually), ensuring long service life and reduced replacement frequency.
WQA Gold Seal Certified and compliant with ANSI/NSF Standard 61 for health and safety in drinking water systems.