The MDC-L series is developed for very large airflow requirements typically found in heavy industry, large furnaces and centralized dust collection systems. The design emphasizes airflow handling capability, structural robustness and stable operation under continuous high load conditions.
The MDC-L structure is designed to support high airflow capacity through enlarged gas passages, robust structural components and optimized flow distribution for stable operation in demanding industrial environments.
Built for heavy industrial duty, the MDC-L series focuses on large airflow capability, robust structural design and long-term operational reliability, making it suitable for demanding high-volume dust collection systems.
The MDC-L series incorporates the MDC proven Venturi rod separation technology, dividing incoming airflow into multiple controlled Venturi channels. This design improves gas distribution while maintaining low pressure drop even at high airflow volumes.
By increasing the number of gas-liquid interaction zones, the system enhances separation efficiency while maintaining stable operating resistance, making it especially suitable for large-scale industrial dust collection.
The MDC-L features a progressive two-stage demisting system. The first stage uses flow distribution plates and baffles to stabilize airflow and achieve initial droplet separation.
The second stage utilizes a dual cyclonic separator that effectively removes remaining moisture and prevents droplet carryover. This staged design ensures high moisture removal efficiency and protects downstream equipment.
The MDC-L is designed for large airflow applications with single units handling up to 300,000 m³/h. The modular housing design allows multiple units to operate in parallel, achieving system capacities up to 600,000 m³/h or higher.
This scalable concept allows flexible system expansion and makes the MDC-L ideal for centralized dust collection systems in heavy industries.
The MDC-L features a reinforced tank structure designed for long-term industrial operation. The heavy-duty construction ensures structural integrity under demanding operating conditions.
Material options include carbon steel, 304 stainless steel, and 316 stainless steel to meet different corrosion resistance requirements. All welds are leak tested to ensure reliable operation.
All MDC-L units undergo SA2.5 abrasive blasting before coating application. A heavy-duty three-layer coating system consisting of zinc-rich epoxy primer, micaceous iron oxide intermediate coating, and polyurethane topcoat provides long-term corrosion resistance.
This protection system ensures reliable performance even in harsh industrial environments.
The MDC-L is designed not only as a collector but as part of a complete dust control system. Its modular concept allows integration with large duct systems, multiple extraction points, and centralized dust collection layouts.
This makes the MDC-L suitable for large industrial plants such as mining facilities, steel plants, cement plants, and bulk material terminals where high airflow and system reliability are critical.
Typical technical data of standard models are shown below for reference and preliminary selection.
| Model | Air Flow (m³/h) | Model | Air Flow (m³/h) |
|---|---|---|---|
| L25 | 78300-97875 | L55 | 172260-215325 |
| L30 | 93960-117450 | L60 | 187920-234900 |
| L35 | 109620-137025 | L65 | 203580-254475 |
| L40 | 125280-156600 | L70 | 219240-274050 |
| L45 | 140940-176175 | L75 | 234900-293625 |
| L50 | 156600-195750 | L80 | 250560-313200 |
* Capacity based on typical bulk density, data for reference only, final design prevails, dimensions subject to configuration.
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Common questions about application range, dust control, and selection data.
A: A single unit can process up to 300000 m3/h, making it suitable for extra-large industrial air volume applications.
A: It uses a three-stage high-efficiency dehazing structure including folded plate dehazing, secondary baffle interception, and final cyclone deep defogging.
A: Typical layout forms include side inlet and side outlet, side inlet and top outlet, and upward side outlet.
A: It is suitable for sintering mixer dust removal, steel slag treatment dedusting, lime slaker dust collection, shuttle belt conveyor dedusting, pelletizer dust removal, and dryer dedusting.