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IMPRESIND gas radiation heating system to solve the problem of heating for large-space building

time：2024-09-18
hits：782次
source：正弘奧能

In the ultra-high space single-storey building, the height of more than 6 meters, the single building area of more than 2000 square meters of large/large industrial plants, warehouses and other tall space places, with a large area, large span, high floor characteristics. Therefore, these ultra-high space heating needs special heating equipment to deal with ultra-high space heating problems. 
 
At present, radiation heating has also been popularized in various types of buildings in China, and the use effect is mostly satisfactory. Gas radiant heating has the characteristics and advantages of fast thermal effect, high thermal efficiency, uniform heat dissipation, etc., which can effectively deal with ultra-high space temperature stratification, and is the only choice for ultra-high space heating. 
 

	IMPRESIND gas radiation heating system as the main heating equipment of Beijing Leadway Power Co., LTD., through more than 10 years of promotion and application, has become one of the leading products in the Chinese market. IMPRESIND gas radiant heating system eliminates large and complex boiler and boiler room equipment, and does not occupy the use area of the building. And&nbsp;the combustion of the generator is very complete, so the heat of the entire heating system can be fully utilized.


	 


	<img src="http://m.soooyo.cn/Uploads/image/20240918/20240918133059_70694.jpg" alt="" />

 
IMPRESIND gas radiant heating system is mainly composed of three major components, including heat generator, radiation pipe section, control system. The generator houses the combustion assembly, ventilation assembly, distribution control and safety mechanism. Stainless steel suspension brackets for complete internal or external installation. The radiation section is composed of a series of modules, which are connected together by corresponding brackets inserted into the module. Each module is made of a special aluminized steel pipe. With special high temperature resistance and elasticity, the solution does not use sealing compounds, which compensates for the expansion caused by the heating of the modules, so that they do not cause dangerous expansion and stretching, and obtain a guarantee of long-term sustainable use. 
 
The heat is generated by a special air generator. The fan brings the entire radiant tube system to negative pressure to extract the air necessary for combustion, recover the combustion products (even the tube temperature) and exhaust the smoke through the exhaust tube. The combustion system is continuously controlled by an electronic control device each time the fan is started for heating, to ensure the air pressure of the radiation circuit, the ignition situation, to ensure the correct state of the flame, and to stop the burning gas immediately in case of an anomaly and place it in a safe area. 
 

	The radiation tube is specially aluminized with high temperature resistance and has high emission performance, which can provide the necessary heat for the surrounding environment. The top of the radiation pipe section is laid with glass fiber thermal insulation foam and aluminum foil. It achieves electronic data acquisition through a black ball sensor placed in the heating environment, which in turn manages the different stages of combustion according to parameter Settings and working hours to control the temperature.


	 


	<img src="http://m.soooyo.cn/Uploads/image/20240918/20240918133115_18770.jpg" alt="" />

 

	At present, IMPRESIND gas radiation heating system has been successfully applied to Beijing Daxing Airport Southern Airlines A380 aircraft maintenance depot, China Southern Airlines Shenyang base hangar, China Post EMS North China (Langfang) land mail processing center, China Post Halbin Aviation, land transport mail processing center and other engineering construction projects, the heating effect is good.

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IMPRESIND gas radiation heating system to solve the problem of heating for large-space building