우리 의 제품
에너지 절약 및 환경 보호 산업 연소 가스 처리 부스터 팬
배가스 처리를 위한 에너지 절약형 부스터 팬. 330°C에서 16150m³/h 공기량, 5500Pa 압력을 처리합니다. 재질(탄소강/304/316), 전압 및 크기를 맞춤 설정할 수 있습니다. 1년 보증이 제공되는 내구성 있는 SKF/FAG 베어링이 특징입니다.
고온 저항 에너지 절약 희석 처리 팬 산업용 사용자 정의 가능한 재료
배가스 및 배기 처리용 산업용 희석 팬. 330°C, 16150m³/h, 5500Pa를 처리합니다. 고효율 후방 곡선 블레이드, 맞춤형 재료/전력. 1년 보증.
에너지 절약 및 환경 보호 산업용 폐기물 소각 송풍기
Waste Incineration Blowers for Energy Conservation and Environmental Protection Waste incineration blowers are essential components in modern waste-to-energy plants, serving as the "respiratory system" for the entire incineration process. These specialized fans ensure stable combustion, efficient energy recovery, and stringent emission control, directly contributing to the sustainable treatment of municipal solid waste and the generation of clean energy. Key Features Reverse
유도 통풍 팬이 장착된 유리 생산 라인
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
가마 헤드 화격자 냉각기 클링커 냉각 팬
Kiln head grate cooler clinker cooling fan Grate cooler cooling fans are used to cool clinker in the kiln head grate cooler. The number of fans varies from 5 to 18 depending on the production line scale. High-pressure fans are a commonly used type of fan. Xima blowers' high-pressure fans are known for their stable performance, compact design, easy installation, and simple operation. They have been used in the cooling systems of hundreds of industrial rotary kilns, with over
冶金行业电解铝工艺风机
Electrolytic Aluminum Process Fans in the Metallurgical Industry This specialized fan series provides critical gas handling and transport for the entire electrolytic aluminum production process, covering raw material conveying, potroom gas capture and purification, process cooling, and auxiliary systems. Its core challenge lies in operating under extreme and complex conditions: high temperature, high corrosivity (containing hydrogen fluoride, pitch volatiles, etc.), high dust
금속공업의 오븐용 순환풍기
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
야금 산업용 가스 부스터 팬
Gas Booster Fan for Metallurgical Industry Specifically designed for the capture and purification systems of primary converter gas and secondary fugitive dust, this fan is the core power equipment for ensuring ultra-low emissions and clean production in steelmaking plants. It must handle severe, shock-type load fluctuations within extremely short periods, caused by cyclical processes such as hot metal charging, blowing, and tapping. Its performance directly impacts the dust
금속공업용 건조 진압 순환풍기
Dry Quenching Circulating Fan for Metallurgical Industry As the core power equipment of the Coke Dry Quenching (CDQ) plant, the circulating fan performs the critical task of driving the inert circulating gas (primarily nitrogen and carbon dioxide) within the closed-loop system to cool red-hot coke and recover its sensible heat. Operating under severe conditions, it must continuously withstand high temperatures (≤250°C), high dust concentrations (coke fines), and potentially
고효율의 원심방향기로 장착된 알루미나 가열 오븐
Alumina Calcining Furnace Equipped with High-Efficiency Centrifugal Fan Specifically designed for Gas Suspension Calciner (GSC) or rotary kiln systems in alumina production, this fan provides stable and controllable high-temperature gas flow (air or flue gas) for the calcination of aluminium hydroxide, phase transformation, and efficient waste heat recovery. Operating continuously in a complex environment characterized by high temperatures (inlet temperatures up to 350-550°C)
야금 산업용 컨버터 집진 팬
Dust Removal Fan for Converters in the Metallurgical Industry Specifically designed for the capture and purification systems of primary converter gas and secondary fugitive dust, this fan is the core power equipment for ensuring ultra-low emissions and clean production in steelmaking plants. It must handle severe, shock-type load fluctuations within extremely short periods, caused by cyclical processes such as hot metal charging, blowing, and tapping. Its performance directly
금속 산업의 광석 분말 합금 시스템의 주요 배기가스 팬
Main Exhaust Fan for Ore Powder Sintering System In mineral powder sintering systems, the dust content and temperature of the gas are typically high, placing stringent demands on the pressure and flow performance of the blowers. Xima Blowers offers comprehensive technical solutions to address these challenging conditions, prioritizing stable and reliable operation in our design and manufacturing processes. Our technical experts provide customized solutions for wear resistance
1050°C 내열성 배기 가스 처리용 고온 팬
High-Temperature Fan for Flue Gas Treatment with Resistance to 1050°C When blowers operate at temperatures exceeding 350℃, the strength of most materials decreases significantly. However, for the special process requirements of cement plants, steel mills, aluminum plants, and chemical plants, blowers need to operate stably at temperatures between 350℃ and 950℃. This necessitates that the materials and structural design of the blowers possess high-temperature resistance.
비료 공장 건조기용 배기 가스 블로워
Exhaust Gas Blower for Dryer in Fertilizer Plant Our specialized exhaust gas blowers are engineered for the demanding drying processes in fertilizer production, where air handling must withstand corrosive gases, high humidity, and particulate-laden exhaust streams. Designed with corrosion-resistant materials and enhanced sealing systems, these blowers ensure reliable, efficient removal of moisture and emissions from rotary, fluidized-bed, and belt dryers. Key Features Radial
280kw 고효율 저압 중앙분방 ID 팬 보일러
280kw High Efficiency Low Pressure Centrifugal ID Fan in Boiler This 280kW centrifugal induced draft (ID) fan is engineered for high-efficiency, low-pressure operation in industrial boiler applications, delivering reliable flue gas extraction with optimized energy performance. Designed to handle large volumes of hot exhaust gases while maintaining system stability, it effectively supports combustion efficiency and emission control. Key Features Stable operation at high medium
금속 합금 공정에 사용되는 저압, 마모 저항성 원심류 팬 및 유도 유도 팬
Low-pressure Wear-resistant Centrifugal Fans and Induced Draft Fans for Metallurgical Sintering Processes Product Overview Designed to meet dust emission requirements for electric arc furnace exhaust gas purification equipment, these fans improve workshop environments and ensure dust concentrations comply with industrial enterprise sanitary standards. Suitable for various applications with similar functional requirements. The 5-12 series centrifugal fan is an enhanced version
맞춤형 저압 고효율 시리즈 원심 환기와 풍기는
Customized Low-Pressure High-Efficiency Series Centrifugal Fans and Blowers Product Overview Our series of customized low-pressure high-efficiency centrifugal fans and blowers are engineered to provide exceptional performance in applications requiring substantial airflow with minimal static pressure resistance. Designed with advanced aerodynamic profiles and precision-manufactured components, these units optimize energy use while delivering reliable air movement for
고온 배기가스 유도 통풍 팬이 장착된 회전로
Product Description Our specially designed high-temperature induced draft (ID) fan provides reliable and efficient flue gas extraction for rotary hearth furnace systems. Engineered to withstand extreme thermal conditions and corrosive atmospheres, this fan ensures stable negative pressure control, optimized combustion, and effective emission management in demanding metallurgical and heat treatment applications. 1.It can work stably at a high medium temperature, and can output
