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Belt-Driven Medium-Low Pressure Centrifugal Glass Fiber Reinforced Plastic Anti-Corrosion Fan

The Belt-Driven Medium-Low Pressure Centrifugal Glass Fiber Reinforced Plastic (FRP) Anti-Corrosion Fan is specifically designed for industrial environments where corrosion resistance is crucial.

This fan features a belt-driven mechanism that allows for adjustable fan speed, making it suitable for applications requiring medium to low pressure.

The construction of the fan, using glass fiber reinforced plastic (FRP), ensures excellent resistance to corrosive substances such as chemicals, acids, and fumes.

Belt-Driven Medium-Low Pressure Centrifugal Glass Fiber Reinforced Plastic Anti-Corrosion Fan
Belt-Driven Medium-Low Pressure Centrifugal Glass Fiber Reinforced Plastic Anti-Corrosion Fan

Features

  1. Belt-Driven System: The belt-driven system offers flexibility in speed adjustments by changing pulley sizes, making the fan adaptable to various air volume and pressure needs. The separation of the motor from the fan shaft helps reduce wear on the motor, extending its operational life.

  2. Medium-Low Pressure Airflow: Designed to deliver consistent airflow at medium to low pressure, the fan is perfect for environments that require steady but not high-pressure ventilation or exhaust.

  3. FRP Construction for Anti-Corrosion: The fan housing and impeller are made from glass fiber reinforced plastic (FRP), offering superior corrosion resistance against harsh chemicals, gases, and acidic environments. This ensures durability and long-term performance in corrosive atmospheres.

  4. Centrifugal Impeller Design: The centrifugal impeller is designed to move air efficiently, providing consistent airflow with minimal energy consumption, optimizing performance for both ventilation and exhaust purposes.

  5. Durability in Harsh Environments: FRP construction makes the fan highly durable, resistant to rust, corrosion, and the degrading effects of chemical exposure, ensuring long-lasting service in industries with corrosive environments.

  6. Low Vibration and Noise: The fan operates smoothly with reduced vibration and noise, making it suitable for noise-sensitive operations, such as laboratories, clean rooms, or chemical processing facilities.

Use

  • Chemical Processing Plants: Ideal for use in environments where corrosive gases or chemicals are present, providing effective ventilation and exhaust in industries handling acids, solvents, or other hazardous substances.

  • Wastewater Treatment Facilities: Used to ventilate areas exposed to corrosive fumes and gases, ensuring a safe and well-ventilated working environment.

  • Laboratories and Clean Rooms: Suitable for removing harmful fumes or maintaining clean air in sensitive environments where chemical resistance is required.

  • Battery Manufacturing: Perfect for ventilation in areas where sulfuric acid fumes are present, ensuring safe working conditions by preventing corrosion-related damage to equipment.

  • Pharmaceutical and Food Processing: Provides controlled ventilation in environments where the use of corrosive cleaning agents or chemicals is common.