Glass Industry Centrifugal Fans

Glass Industry Centrifugal Fans
Product Overview
Glass Industry Centrifugal Fans are industrial air handling solutions designed for demanding applications throughout glass manufacturing plants. They are widely used for glass furnace exhaust, combustion air supply, mold cooling, IS machine cooling, furnace ventilation, dust collection, process exhaust, and environmental control systems.
Glass manufacturing involves high-temperature gases, combustion air, furnace exhaust, cooling air, dust, and process gases. These applications require reliable fans with stable airflow, pressure performance, temperature resistance, mechanical strength, and continuous operating capability.
EMS provides a complete range of centrifugal fan solutions for glass manufacturing, including Glass Furnace ID Fans, Glass Furnace FD Fans, Glass Mold Cooling Fans, IS Machine Cooling Fans, Glass Furnace Environmental Fans, Dust Collection Fans, High Temperature Centrifugal Fans, Heavy Duty Industrial Fans, and customized centrifugal fans.
Fan construction, materials, impeller design, bearings, drive systems, and cooling arrangements can be customized according to airflow, pressure, gas temperature, gas composition, dust concentration, and installation requirements.

Main Applications
Glass Furnace Induced Draft
Glass Furnace ID Fans are used to extract high-temperature flue gas from glass furnaces and maintain the required furnace draft. They can be integrated with downstream environmental and flue gas treatment systems.
Glass Furnace Forced Draft
Glass Furnace FD Fans supply combustion-supporting air to burners and furnace combustion systems, helping provide stable airflow for the glass melting process.
Glass Mold Cooling
Glass Mold Cooling Fans provide cooling air to molds and forming equipment. They are commonly used in glass bottle, container glass, and other glass forming production lines.
IS Machine Cooling
IS Machine Cooling Fans provide cooling and ventilation air for Individual Section Machines and surrounding production equipment in container glass manufacturing.
Furnace and Tank-Side Cooling
Cooling fans can supply air to furnace surroundings, tank-side areas, equipment surfaces, and other high-temperature working areas.
Glass Production Ventilation
Industrial centrifugal fans are used for general ventilation, local exhaust, heat removal, and air circulation in glass manufacturing plants.
Furnace Exhaust and Process Gas Handling
Fans can be used to transport furnace flue gas, hot air, process exhaust, and other industrial gases to downstream treatment or discharge systems.
Dust Collection
Glass manufacturing processes can generate dust and particulate matter. Centrifugal fans can be integrated with baghouse filters, cyclone collectors, and other dust collection equipment.

Main Glass Industry Fan Types
Product Typical Application
Glass Furnace ID Fan Furnace exhaust and draft control
Glass Furnace FD Fan Combustion-supporting air
Glass Furnace Exhaust Fan Flue gas and process exhaust
Glass Mold Cooling Fan Mold and forming equipment cooling
IS Machine Cooling Fan IS machine cooling and ventilation
Glass Furnace Environmental Fan Environmental exhaust and ventilation
Glass Industry Dust Collection Fan Dust extraction and collection
High Temperature Centrifugal Fan High-temperature air and gas handling
Heavy Duty Centrifugal Fan Continuous and demanding industrial applications
Customized Glass Industry Fan Special process and installation requirements

Technical Parameters
Technical Parameter Typical Range
Air Volume 1,000–500,000 m³/h
Total Pressure 500–15,000 Pa
Static Pressure 300–12,000 Pa
Gas Temperature -20°C to 500°C+
Motor Power 1.1–1000 kW
Fan Speed 500–2,900 rpm
Impeller Diameter 200–3,500 mm
Drive Type Direct / Coupling / Belt Drive
Material Carbon Steel / Stainless Steel / Customized
Installation Horizontal / Vertical / Customized
Rotation CW / CCW
Application Furnace / Cooling / Exhaust / Dust Collection / Ventilation
The above ranges are typical engineering configurations. Final specifications should be selected according to the actual process requirements, airflow, pressure, gas temperature, gas composition, dust concentration, and installation conditions.