Multimedia Filter
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Multimedia Filter

(1) Raw water enters from the filter inlet and percolates through the filter bed.
(2) Suspended materials come into contact and attach to the media particles.
(3) Clean water flows through the filtration nozzles and out of the filter via the outlet valve

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Product Introduction

product-1117-657

The Filtering Process

(1) Raw water enters from the filter inlet and percolates through the filter bed.

(2) Suspended materials come into contact and attach to the media particles.

(3) Clean water flows through the filtration nozzles and out of the filter via the outlet valve

Water treatment needs across different sectors continue driving demand for advanced multimedia filtration solutions. Municipal water utilities worldwide rely on multimedia filters to reliably treat substantial raw water volumes for drinking purposes on a daily basis.

Population growth and increasing urbanization are primary drivers of municipal multimedia filter market growth. Compact modular designs also make multimedia filters well-suited for decentralized water systems in remote communities.

Industrial sectors with stringent process water quality requirements such as power generation, oil & gas, and manufacturing also depend heavily on multimedia filters. Their large flowrates demand robust high-capacity units capable of continuously delivering consistent water quality.

Growth in these industries in developing markets particularly is boosting demand. Stringent environmental standards worldwide are another influencer as industrial facilities upgrade treatment infrastructure.

Semiconductors and pharmaceuticals utilize multimedia filters for ultrapure deionized water production critical for manufacturing processes and product purity. Demand correlates to expansion in these high-tech sectors.

Other end-uses include food & beverage for process and utility water, agriculture for irrigation, and commercial buildings with significant occupancy like hospitals and airports. Regulations and need for sustainability also drive usage.

Looking ahead, integrated multimedia filter–membrane bioreactor technologies as well as renewable energy applications promising growth potential to multimedia filters serving off-grid communities and irrigation needs. The versatility of multimedia filters positions them well for long-term growth opportunities across industry.

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

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	Sc05-1800	Sc05-2000	Sc05-2200	Sc05-2400	Sc05-2500	Sc05-2600
Scale	Φ1800×3200	Φ2000×3300	Φ2200×3500	Φ2400×3500	Φ2500×3600	Φ2600×3700
Quantity of flow	24~32m³/h	28~40m³/h	35~45m³/h	40~55m³/h	45~60m³/h	55~65m³/h