FRP Roof Ventilator (DWT Series) - Low Noise, Corrosion Proof Axial/Centrifugal Fan for Chemical, Pharmaceutical, Food Processing & More
Time : 29/12/2025
FRP Roof Ventilator (DWT Series) - Low Noise, Corrosion Proof Axial/Centrifugal Fan for Chemical, Pharmaceutical, Food Processing & More

DWT Low-Noise FRP Roof Ventilator – Durable & Efficient Industrial Ventilation Solution

The DWT series low-noise FRP (Fiber Reinforced Plastic) roof fan is engineered for reliable and efficient ventilation in demanding environments. It features a molded axial or centrifugal impeller, directly driven by a dedicated fan motor, and is constructed with a corrosion-resistant FRP hood and base (available in metal or FRP). Designed to be lightweight yet high-strength, this fan operates smoothly with minimal noise and requires little maintenance.

Ideal for a wide range of industrial and commercial applications, including power generation, chemical processing, rubber, pharmaceutical, food manufacturing, metallurgy, and high-grade civil buildings. The fan effectively removes fumes, gases, and stale air while providing constant fresh air exchange.

To suit different operational conditions and media, the impeller can be customized in materials such as aluminum alloy, steel, engineering plastic, or FRP. The fan is available in standard, corrosion-resistant, explosion-proof, and corrosion-resistant & explosion-proof variants.

Optional accessories include: gravity-type backdraft dampers (or electric dampers), bird/insect screens, maintenance switches, and centralized control panels.

Key Features:

  • Corrosion-resistant FRP construction

  • Low noise, high efficiency, and stable operation

  • Lightweight, high strength, and easy to maintain

  • Customizable impeller materials for different media

  • Suitable for standard, corrosive, and hazardous environments

  • Flexible accessory options for enhanced functionality

Choose the DWT FRP roof fan for a robust, long-lasting ventilation solution that combines performance, durability, and adaptability.