Follow Me To Visit SIMO Blower!

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August 24, 2020
카테고리 연결: 보일러 팬
간략히: Join us as we explore the SIMO Blower facility and discover the Double Suction Industrial Induced Draft Fan SS304 Mild Steel Air Ventilator. This high-pressure centrifugal blower is designed for large-scale industrial applications, offering durability, efficiency, and advanced technology for optimal performance in demanding environments.
관련 제품 기능:
  • Designed for large induced draft and dust removal systems in industries like metallurgy, electric power, and cement.
  • Features a double suction design for large flow, medium to high pressure, and low noise operation.
  • Equipped with a patented inclined cone air inlet for stable airflow and improved efficiency.
  • Backward wing blade impeller reduces airflow impact and enhances stability.
  • Anti-leakage bearing box with lapped oil slinger for superior dust prevention.
  • Self-aligning and differential regulating valves ensure flexible and safe operation.
  • Includes comprehensive protection measures like vibration protection and slow rotation devices.
  • Constructed with durable materials like SS304, Q235, and Q345 for long-lasting performance.
자주 묻는 질문:
  • What industries is the Double Suction Industrial Induced Draft Fan suitable for?
    This fan is ideal for metallurgy, electric power, cement, and other industries requiring large-scale induced draft and dust removal systems.
  • What are the key features of the impeller design?
    The impeller features backward wing blades for reduced airflow impact, stability, and wear-resistant nose blades with lining plates for enhanced durability.
  • What temperature range can this fan operate in?
    The fan can handle medium temperatures up to 250°C, making it suitable for both common cold and hot media applications.
  • What protection measures are included for product quality?
    Key measures include NDT for impeller and main shaft, reinforced wear-resistant impeller, vibration protection devices, and slow rotation devices to prevent shaft bending.