"high temperature air blower"

Product Description: The 4-14 series centrifugal fan is suitable for indoor ventilation in general factories and large buildings. It can be used to input gas as well as to output gas. The gas delivered by the 4-14 series fan should be no more than 80 °C air and other gases that are not self-igniting and are not harmful to the human body and are not corrosive to steel materials. No viscous substances are allowed in the gas, and the dust and hard particles contained in the gas

Product Description: Our 5-12 Series 380V IP55 CE Certified Flue Gas Desulfurization Centrifugal Fan is specially designed for flue gas desulfurization systems and is widely used in industries such as power, metallurgy, and chemicals. Equipped with advanced technology, this fan offers superior performance and reliable operational stability. With 380V voltage compatibility and an IP55 protection rating, it ensures long-term stable operation even in harsh industrial environment

As a trusted China-based manufacturer, we specialize in providing heavy-duty industrial induced draft fans with full OEM/ODM support, tailored to meet the specific needs of global clients. Designed for demanding applications in power plants, metallurgy, and chemical processing, these fans ensure reliable performance in high-temperature and corrosive environments. Constructed with robust materials and advanced engineering, our induced draft fans feature enhanced durability,

Induced Draft Fan for Boiler System in Thailand Our induced draft fan (ID Fan) has been successfully installed, commissioned, and put into operation for an industrial boiler system in Thailand. This high-temperature flue gas extraction system requires exceptional fan stability, high-temperature resistance, and precise aerodynamic matching. Project Background The client previously faced challenges including large system load fluctuations, insufficient fan efficiency, and poor

Circulating Fans for Furnaces in the Metallurgical Industry This circulating fan is specifically designed for closed or semi-closed gas recirculation systems in various high-temperature furnaces (such as Electric Arc Furnaces, Ladle Furnaces, Heat Treatment Furnaces, Melting Furnaces) within the metallurgical industry. Its core function is to actively drive the forced circulation of high-temperature protective atmospheres (e.g., nitrogen, argon) or process gases within the

Cement Industry Kiln Head Exhaust Fan This circulating fan is the core gas handling equipment in cement raw material grinding systems (such as air-swept mills and vertical roller mills). Its critical role is to drive the circulating flow of dust-laden hot gas (typically kiln exit gases) within the closed-loop system of grinding, drying, and classifying. Its primary functions include: providing the heat source for raw material drying, transporting ground material to the

Glass Production Line Equipped with Induced Draft Fan Specially designed for various glass production lines such as float glass, photovoltaic glass, and specialty glass, this induced draft fan is the core power equipment for the exhaust gas treatment and waste heat recovery systems of critical sections like the melting furnace, tin bath, lehr, and raw material processing. The fan is primarily used to stably extract dust-laden, corrosive gases (e.g., SO₂, NOₓ, HCl, alkali

Cement Production Raw Material Mill Circulating Fan This circulating fan is the core gas handling equipment in cement raw material grinding systems (such as air-swept mills and vertical roller mills). Its critical role is to drive the circulating flow of dust-laden hot gas (typically kiln exit gases) within the closed-loop system of grinding, drying, and classifying. Its primary functions include: providing the heat source for raw material drying, transporting ground material

Cement Process Kiln Tail Exhaust Fan The Cement Kiln Tail Exhaust Fan is the core driving force and key control equipment in the preheater and calciner system of a modern dry-process cement production line. Installed after the outlet of the kiln-end preheater (C1 cyclone), it undertakes two primary critical tasks: Establish and maintain a stable negative pressure throughout the entire preheater, calciner, and rotary kiln system, ensuring high-temperature flue gas flows along