| Category | Energy - Miscellaneous |
| Engine Power | 1 kW |
| Max Pressure | 1 bar |
| Max Temperature | 1 °C |
| Length x width x height | 1.0 × 1.0 × 1.0 |
| Weight | 1 kg |
| worked hours | 1 hours |
| hours under power | 1 hours |
| state | new |
| At local norms | yes |
| status | in production |
| Last availability date | 28/10/2026 |
| Product id | P261028075 |
| Language |
Product Overview
The High-Temperature Boiler ID Fan is a heavy-duty centrifugal induced draft fan designed for extracting high-temperature flue gas from industrial boiler systems and maintaining stable negative pressure inside the furnace.
It is suitable for biomass boilers, coal-fired boilers, gas-fired boilers, oil-fired boilers, waste heat boilers, recovery boilers, and other industrial combustion systems where hot flue gas must be continuously exhausted through downstream dust collection and flue gas treatment equipment.
EMS provides customized High-Temperature Boiler ID Fan solutions according to airflow, pressure, flue gas temperature, dust concentration, gas composition, boiler capacity, and installation conditions.
Key Features
Designed for high-temperature boiler flue gas extraction
Heavy-duty centrifugal fan construction
Stable induced draft performance
Suitable for continuous industrial operation
High-temperature shaft and bearing configurations available
Wear-resistant designs for dust-laden flue gas
Corrosion-resistant options for chemically aggressive gases
Suitable for negative-pressure boiler operation
Direct-drive, belt-drive, or coupling-drive configurations
VFD-compatible
Customized impeller and casing design
Suitable for new boiler projects and replacement applications
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Client type | Machinery manufacturer |
| Active since | 2026 |
| Offers online | 0 |
| Last activity | Oct. 28, 2026 |
Product Overview
The High-Temperature Boiler ID Fan is a heavy-duty centrifugal induced draft fan designed for extracting high-temperature flue gas from industrial boiler systems and maintaining stable negative pressure inside the furnace.
It is suitable for biomass boilers, coal-fired boilers, gas-fired boilers, oil-fired boilers, waste heat boilers, recovery boilers, and other industrial combustion systems where hot flue gas must be continuously exhausted through downstream dust collection and flue gas treatment equipment.
EMS provides customized High-Temperature Boiler ID Fan solutions according to airflow, pressure, flue gas temperature, dust concentration, gas composition, boiler capacity, and installation conditions.
Key Features
Designed for high-temperature boiler flue gas extraction
Heavy-duty centrifugal fan construction
Stable induced draft performance
Suitable for continuous industrial operation
High-temperature shaft and bearing configurations available
Wear-resistant designs for dust-laden flue gas
Corrosion-resistant options for chemically aggressive gases
Suitable for negative-pressure boiler operation
Direct-drive, belt-drive, or coupling-drive configurations
VFD-compatible
Customized impeller and casing design
Suitable for new boiler projects and replacement applications
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Category | Energy - Miscellaneous |
| Engine Power | 1 kW |
| Max Pressure | 1 bar |
| Max Temperature | 1 °C |
| Length x width x height | 1.0 × 1.0 × 1.0 |
| Weight | 1 kg |
| worked hours | 1 hours |
| hours under power | 1 hours |
| state | new |
| At local norms | yes |
| status | in production |
| Last availability date | 28/10/2026 |
| Product id | P261028075 |
| Language |
| Client type | Machinery manufacturer |
| Active since | 2026 |
| Offers online | 0 |
| Last activity | Oct. 28, 2026 |