Plastic Ventilation

The range includes direct-drive and belt-drive plastic fans, in-line and roof-mounted fans, PVC and polypropylene blowers, FRP axial and centrifugal fans, PVC and CPVC fittings, and PVC and CPVC dampers. Configuration options vary by airflow requirements, installation method, chemical environment, spark-sensitivity, and system pressure.

Yes. IPF Colasit plastic and FRP fans are designed for corrosive environments such as chemical plants, metal finishing lines, wastewater treatment plants, and laboratory fume hood systems. PVC, polypropylene, spark-resistant PPs-EL, and fiberglass-reinforced plastic options help address different chemical and operating conditions. Product selection should be based on the specific gas stream and application.

Direct-drive fans mount the impeller on the motor shaft, providing a compact configuration and quiet operation with fewer drive components. Belt-drive fans use a separate belt and bearing arrangement, offering configuration flexibility for industrial ventilation systems. IPF Colasit provides both designs, allowing engineers to match the fan type to installation requirements, airflow, pressure, and maintenance preferences.

Selected products are available with spark-resistant or spark-proof construction for spark-sensitive and potentially explosive atmospheres. Options include PPs-EL materials, graphite impregnation for static dissipation, and explosion-proof motors on applicable fan designs. The complete system should be evaluated against the facility’s hazard controls, operating conditions, and applicable engineering requirements before specification.

Selection requires the required airflow and static pressure, gas composition, temperature, installation position, drive arrangement, and any spark or explosion protection requirements. Material options may include PVC, polypropylene, PPs-EL, or FRP. IPF Colasit can help compare direct-drive, belt-drive, axial, centrifugal, and in-line or roof-mounted configurations against the application.

Many IPF Colasit designs support low-maintenance operation through durable thermoplastic or FRP construction, quiet balanced impellers, and long-life bearing arrangements. Specific maintenance requirements vary by product, drive type, environment, and accessories. Belt-drive models and other rotating equipment should be inspected and maintained according to the selected configuration and operating conditions.