Multimedia Filter Water Treatment
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Multimedia Filter Water Treatment

●Min. pressure: 0.2Mpa
●Max. pressure:1.0Mpa
●Working temperature:<65℃
●Water in/out: 4 inch

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Product Introduction

product-1117-657

Technical requirements

●Min. pressure: 0.2Mpa

●Max. pressure:1.0Mpa

●Working temperature:<65℃

●Water in/out: 4 inch

●Power:220V/50Hz

Multi media mechanical filter products are widely used in agricultural irrigation, chemical engineering, petroleum, metallurgy, mining, electronic power, petrochemical, metallurgical electroplating, papermaking and textile, pharmaceutical dialysis, food and beverage, domestic drinking water, factory and enterprise water, swimming pools, etc. It can meet the liquid filtration needs of various industries.

One of the most widely used multimedia filter media blends pairs silica sand, anthracite coal, and granular activated carbon (GAC).

Sand (0.3-1mm) provides mechanical filtration of solids and seats the upper layers.

Anthracite (0.8-1.2mm) above the sand adsorbs organics and particular contaminants through its internal porous structure.

GAC (0.8-1mm) placed above anthracite capitalizes on its high surface area to chemically adsorb a broad spectrum of compounds like VOCs, pesticides, herbicides and disinfection byproducts that activated carbon is renowned for removing.

Another proven configuration substitutes manganese greensand for GAC when targeting metals like iron and manganese. Greensand's oxide coatings chemically oxidize dissolved metals, allowing their physical capture in subsequent layers.

Some factories producing ultra-pure water utilize finer filter sand or garnet below anthracite to broaden pore size distributions for retaining sub-micron particles. Zeolites between anthracite layers take advantage of their ion-exchange abilities.

Historically, anthracite or other coals alone sufficed for many applications. Today, leveraging different media paired strategically maximizes multimedia filtration treatment. Proper layer thicknesses properly distribute flow to capitalize on each material.

With optimized media selection and configuration, multimedia filters supply comprehensive physical, chemical and biological processes in single treatment vessels. This engineering efficiency has cemented their reputation for reliability.

Model	Sc05-300	Sc05-400	Sc05-500	Sc05-600	Sc05-700	Sc05-800
Scale	Φ300×1600	Φ400×1600	Φ500×1650	Φ600×1700	Φ700×1600	Φ800×1600
Quantity of flow	0.5~1m³/h	1~1.5m³/h	1.5~2m³/h	2~4m³/h	4~6m³/h	6~8m³/h
Sc05-900	Sc05-1000	Sc05-1200	Sc05-1400	Sc05-1500	Sc05-1600

Model	Sc05-900	Sc05-1000	Sc05-1200	Sc05-1400	Sc05-1500	Sc05-1600
Scale	Φ900×2400	Φ1000×2500	Φ1200×2700	Φ1400×2800	Φ1500×2900	Φ1600×2900
Quantity of flow	7~9m³/h	8~11m³/h	10~14m³/h	12~18m³/h	14~22m³/h	18~25m³/h

Model	Sc05-2700	Sc05-2800	Sc05-3000	Sc05-3200	Sc05-3400	Sc05-3500
Scale	Φ2700×3750	Φ2800×3800	Φ3000×3850	Φ3200×3950	Φ3400×4100	Φ3500×4300
Quantity of flow	60~72m³/h	68~85m³/h	75~95m³/h	90~110m³/h	100~125m³/h	110~140m³/h