Product Overview
Metallurgical Industry Fans are engineered for demanding applications in iron and steel production, metal smelting, sintering, pelletizing, furnace operation, casting, dust collection, cooling, and flue gas handling.
EMS provides industrial centrifugal fans for metallurgical plants where high temperature, heavy dust loads, abrasive particles, high system resistance, and continuous operation require robust fan construction and reliable performance.
Fan design can be customized according to airflow, pressure, gas temperature, gas composition, dust concentration, installation conditions, and operating requirements.
Main Fan Types

Metallurgical Furnace Fans
Used for combustion air supply, furnace ventilation, exhaust, and process gas handling in metallurgical furnaces.
Metallurgical Furnace ID Fans
Designed to extract hot furnace gases and convey them to dust collection and flue gas treatment systems.
Metallurgical Forced Draft Fans
Supply combustion air to furnaces and other thermal processing equipment where stable and controlled airflow is required.
Metallurgical Dust Collection Fans
Used for extracting dust and fumes from steelmaking, smelting, sintering, material handling, and other metallurgical processes.
Steel Mill Exhaust Fans
Used for industrial exhaust, workshop ventilation, furnace area exhaust, and process gas extraction in steel plants.
Sinter Plant Fans
Used for sintering machine draft, process gas handling, exhaust, dust collection, and sinter gas treatment systems.
Pelletizing Plant Fans
Used for drying, induration, cooling, and process gas circulation in pelletizing plants.
Metallurgical Cooling Fans
Used for cooling equipment, metal-processing areas, high-temperature components, and industrial process zones.
Flue Gas Exhaust Fans
Used for conveying hot flue gases and process exhaust to dust collection and environmental treatment systems.
Heavy-Duty Metallurgical Fans
Designed for high-load and continuous-duty applications involving high temperature, heavy dust, abrasion, and demanding operating conditions.

Typical Applications
- Iron & Steel Production
- Steel Making
- Iron Making
- Metal Smelting
- Sintering
- Pelletizing
- Blast Furnace Systems
- Electric Arc Furnace Systems
- Reheating Furnaces
- Smelting Furnaces
- Casting
- Metal Processing
- Dust Collection
- Flue Gas Treatment
Typical Technical Parameters
|
Parameter |
Typical Range |
|
Air Volume |
2,000–500,000 m³/h |
|
Total Pressure |
1,000–20,000 Pa |
|
Static Pressure |
800–18,000 Pa |
|
Operating Temperature |
-20°C to 500°C+ |
|
Motor Power |
2.2–1,000 kW |
|
Fan Speed |
500–2,900 rpm |
|
Fan Efficiency |
Up to 85%+ |
|
Impeller Diameter |
Approx. 400–3,000 mm |
|
Drive Type |
Direct / Coupling / Belt |
|
Material |
Carbon Steel / Stainless Steel / Wear-Resistant Steel |
|
Installation |
Horizontal / Vertical / Customized |
These are typical engineering ranges for reference. Final specifications depend on the actual airflow, pressure, gas temperature, gas composition, dust concentration, system resistance, and project requirements.
Key Design Features

High-Temperature Capability
For furnace and flue gas applications, fan construction can be configured with high-temperature materials, shaft cooling, bearing insulation, heat protection, and thermal expansion compensation according to actual operating conditions.
Wear-Resistant Construction
For abrasive dust and particles, the fan can be equipped with wear-resistant impellers, protective liners, reinforced components, and other measures designed for extended service life.
High-Pressure Performance
Sintering, furnace exhaust, dust collection, and complex flue gas systems can require fans capable of overcoming significant system resistance. High-pressure and medium-to-high-pressure centrifugal fan configurations are available.
Continuous-Duty Operation
Fan shafts, bearings, impellers, casings, and drive systems can be selected for long operating hours and continuous industrial production.
Heavy-Duty Construction
Large metallurgical systems can use reinforced casings, heavy-duty bearing housings, high-strength impellers, and coupling-driven configurations.

Typical Installation Locations
- Steel Mills
- Iron & Steel Plants
- Metallurgical Plants
- Sinter Plants
- Pelletizing Plants
- Blast Furnace Systems
- Electric Arc Furnace Systems
- Reheating Furnaces
- Smelting Furnaces
- Casting Plants
- Metal Processing Plants
- Metallurgical Dust Collection Systems
- Flue Gas Treatment Systems
Customized Metallurgical Fan Solutions
EMS can select and customize fans according to:
Airflow
Static / Total Pressure
Gas Temperature
Gas Composition
Dust Concentration
Abrasive Particle Content
Corrosive Gas Content
Operating Hours
Installation Space
Motor Power
Power Supply
Inlet / Outlet Direction
Rotation Direction
Fan Material
Available configurations include high-pressure fans, high-temperature fans, wear-resistant fans, heavy-duty fans, dust extraction fans, and process centrifugal fans.
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