7-26-12.5d
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Andere Videos
Freigabezeit:
2025-05-29
Video Description
Discover the Glass Kiln Flue Gas Treatment Industrial Centrifugal Fan Blower, a high-temperature fan designed for extreme conditions. This advanced centrifugal fan ensures efficient flue gas emission, meeting environmental standards in glass production. Built with high-temperature-resistant materials, it offers durability and energy efficiency for industrial applications.
Produkt in diesem Video vorgestellt
- Designed for glass kiln flue gas treatment systems, operating stably under extreme temperatures and high-pressure environments.
- Utilizes advanced centrifugal fan technology to improve flue gas emission efficiency.
- Made of high-temperature-resistant materials with strong corrosion and oxidation resistance.
- Energy-efficient and low-power design reduces operational costs for industrial glass manufacturers.
- Equipped with V-belt or coupling driving type for stable operation and long bearing life.
- Features a tapered sleeve embedded pulley for easy assembly and disassembly.
- Current collector includes a mounting flange for convenient pipeline integration.
- Suitable for various high-temperature flue gas emission environments, especially in the glass industry.
FAQs
- What temperatures can this high-temperature centrifugal fan withstand?This fan is designed to operate stably in environments with temperatures ranging from 10 to 120 degrees Celsius, making it ideal for high-temperature flue gas emission systems.
- What materials are used in the construction of this fan?The fan is constructed with high-temperature-resistant materials such as Q235, Q345, stainless steel for the casing, and 45# steel, Q304, SS304, SS316L for the shaft and impeller, ensuring durability and corrosion resistance.
- Can this fan be customized for specific industrial needs?Yes, the fan can be customized to meet specific performance requirements, including pressure range, air flow range, and material specifications, ensuring optimal performance for your industrial application.
