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IMPRESIND gas radiant heating system breaks the limitations of traditional heating in high and large spaces

time：2025-06-20
hits：199次
source：正弘奧能

During the cold winter, traditional heating methods often fall short when dealing with special scenarios. However, it is precisely because of its unique advantages that gas radiant heating has become the favorite of many users. It breaks through the limitations of conventional heating, offering people a warm and comfortable experience with its innovative technology and outstanding performance.&nbsp;


	 


	For the situation where only certain parts of tall buildings need heating, gas radiant heating has demonstrated unparalleled advantages. A certain factory workshop has a ceiling height of over 10 meters and a spacious interior. If traditional convective heating methods were used, a large amount of heat would accumulate at the top, resulting in a low ground temperature and making it difficult to achieve a comfortable temperature in the area where people move around. Moreover, the energy consumption would be extremely high. The gas radiant heating system, however, precisely radiates heat directly to the areas where people move around, ensuring a uniform temperature distribution along the height of the room and a small temperature gradient, effectively reducing the room's unnecessary heat loss. Compared with traditional heating methods, energy consumption is significantly reduced, and a warm and pleasant environment is created for the lobby.&nbsp;


	 


	<img src="http://www.b9w.net/Uploads/image/20250620/20250620113136_36413.png" alt="" /> 


	 


	The working principle of&nbsp;IMPRESIND gas radiant heating system is ingenious and highly efficient. After the burner ignites the natural gas, the heat fluid flows orderly along the radiant tubes driven by the exhaust fan (vacuum pump). As the surface temperature of the radiant tubes rises rapidly, far-infrared radiation waves are emitted, directly transferring heat to the surrounding space like the warm sun in winter. After the heat fluid completes the heat exchange, the intelligent circulation design of the system comes into play: part of the product re-enters the circulation through the pre-mixing chamber for secondary heating, while the other part is discharged outdoors by the exhaust fan. This ingenious circulation mechanism not only significantly improves energy utilization but also reduces exhaust emissions, truly achieving a balance between energy conservation and environmental protection.&nbsp;


	 


	In practical applications, the advantages of IMPRESIND gas radiant heating system are fully demonstrated. Take a large logistics warehouse as an example. The warehouse has a high ceiling, and previously used traditional steam boilers for heating, with an energy utilization rate of only about 60%. Due to the large thermal inertia, a large amount of heat was lost during transmission and storage, resulting in high ineffective heat loss. After switching to IMPRESIND gas radiant heating system, the energy utilization rate soared to over 90%. The extremely low thermal inertia characteristic enables the heat to precisely act on the areas that need heating, and the ineffective heat loss is almost negligible. After one heating season, the energy consumption cost of the warehouse dropped by 30%, significantly reducing operating expenses.&nbsp;


	 

From working principle to practical application, IMPRESIND gas radiant heating system, with its characteristics of high efficiency, energy conservation, flexibility and environmental friendliness, can be designed according to different building structures and usage requirements. Whether it is a large industrial plant or a maintenance center, a suitable solution can be found.

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IMPRESIND gas radiant heating system breaks the limitations of traditional heating in high and large spaces