Explosion Proof Tube Axial Fans

These fans are intended for industrial ventilation where axial airflow and corrosion resistance are important, including wastewater treatment plants, chemical plants, metal finishing lines, pollution control scrubbers, pulp and paper mills, semiconductor and PCB manufacturing, and laboratory fume hoods. The appropriate configuration depends on the gas stream, airflow duty, mounting arrangement, and hazardous-area requirements.

The listed FRP Axial Fans use fiberglass-reinforced plastic construction with flame-retardant vinyl-ester resin. Standard C Veil and optional Nexus veil configurations are available. FRP provides corrosion resistance for demanding chemical ventilation applications, while the final material and construction selection should reflect the process chemistry, temperature, and operating conditions.

The listed FRP Axial Fans cover an airflow capacity range of 6,000–50,000 CFM. Actual performance depends on system resistance, ductwork, fan configuration, motor selection, and operating conditions. Provide the required airflow and system information so IPF Colasit can help identify a suitable configuration.

Yes. Laboratory fume hoods are identified among the applications for the FRP Axial Fans. Their corrosion-resistant construction and available explosion-proof motor options can support exhaust systems handling aggressive fumes. Selection should account for hood requirements, duct arrangement, airflow, process chemistry, and the applicable hazardous-environment specification.

The product information identifies both duct-mount and roof-mount styles. The correct arrangement depends on the ventilation system layout, equipment location, duct connection, weather exposure, and access requirements. IPF Colasit can review installation details and help match the fan configuration to the intended mounting arrangement.

The fans offer spark-resistant or sparkless options through graphite impregnation for static dissipation. Explosion-proof motor options are also available in multiple voltage and hertz configurations. Because requirements vary with the hazardous atmosphere and installation, the complete fan, motor, and system specification should be reviewed by a qualified engineer before ordering.