Double Suction Centrifugal Fan SIMO Primary Air Fan In Boiler Blue
Video Overview
Wondering how it compares to other options? See the demo and decide for yourself. This video provides an in-depth walkthrough of the Double Suction Centrifugal Fan SIMO Primary Air Fan, showcasing its operation in boiler systems. You'll see how it handles various gases and materials, explore its robust construction, and learn about its optimized performance for demanding industrial applications.
Product Featured in This Video
- Delivers moderate pressure and large airflow with low noise levels for stable performance.
- Suitable for conveying normal temperature air, high-temperature gas, corrosive gas, and dusty air.
- Handles various materials including granules, powder, chips, and fibrous substances.
- Features a double suction design for higher outlet pressure and increased gas flow.
- Customizable design optimized by CFD technology for lower energy consumption.
- Constructed with high-strength materials like carbon steel and alloys for durability.
- Equipped with options for various cooling methods and bearing lubrication systems.
- Ideal for boilers, dust collectors, desulfurization systems, and material transportation.
Faqs
- What types of gases and materials can this centrifugal fan handle?This fan is suitable for conveying normal temperature air, high-temperature gas, corrosive gas, dusty air, and combustible gas, as well as powder materials and light particle materials, making it versatile for various industrial applications.
- How does the fan maintain performance in high-temperature or dusty conditions?The fan is designed with high-strength materials like carbon steel and alloys, and the impeller blades can be specially treated to achieve surface hardness up to HRC60~70, extending impeller life by over 3 times even in harsh environments.
- What customization options are available for this centrifugal fan?The fan can be customized based on performance requirements, including options for motors from brands like ABB or Siemens, various impeller and casing materials, different cooling methods, and additional components like silencers, dampers, and monitoring instruments.
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