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Focusing on industrial heating in large spaces, IMPRESIND gas radiant system showcases its advantages

time：2025-07-31
hits：221次
source：正弘奧能

In cold seasons, the temperature conditions in large industrial heating areas are often influenced by the combined effect of radiation intensity and environmental temperature. When these two factors reach an ideal balance, the indoor heat consumption will be significantly reduced, the temperature difference between indoors and outdoors can be maintained within a reasonable range, and the infiltration of cold air will naturally decrease, thereby significantly improving the heating effect. IMPRESIND gas radiant heating system precisely grasps this core logic and demonstrates an irreplaceable advantage in the scenario of large industrial plants where heating problems are prominent. Please provide the text you want to be translated. 
 

	The high ceilings of industrial buildings, often reaching tens of meters, and the frequent opening and closing of doors and windows due to material transportation, have put traditional heating methods in a dilemma of "heating while losing heat". Hot air, due to its low density, accumulates at the top of the building, causing the upper part to be overly warm while the ground area where workers operate remains cold, resulting in a distinct "temperature stratification". IMPRESIND gas radiant heating system, however, takes a different approach. Its radiant heating method does not rely on air as a heat transfer medium but directly transfers heat to equipment, workpieces, and people within the factory like sunlight. In a certain automotive parts production plant with a 12-meter ceiling and frequent forklift movements and door and window openings, the ground temperature could only be maintained at around 8°C with traditional heating, forcing workers to wear heavy clothing, which affected their operational flexibility. After introducing IMPRESIND gas radiant heating system and scientifically arranging the radiators to precisely cover the working area with radiant intensity, the ground temperature was stabilized at 12-14°C. Even when doors and windows were briefly opened, the heat did not quickly escape, effectively preventing sudden temperature drops caused by cold air intrusion. The comfort of workers' operations was significantly improved, and the assembly efficiency of products increased by 15%. Please provide the text you want to be translated.


	 


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In terms of energy conservation and thermal load control, high-space industrial plants have more stringent requirements for heating systems. Traditional systems often need to operate at high power continuously to make up for heat loss, resulting in persistently high thermal loads. IMPRESIND gas radiant heating system intelligently senses changes in environmental temperature and dynamically adjusts the radiant illuminance, keeping the temperature difference between indoors and outdoors within a reasonable range, thereby reducing heat consumption from the root. Data from the above-mentioned automotive parts factory shows that compared with traditional heating, IMPRESIND gas radiant heating system has reduced cold air infiltration by 50% and thermal load by 52%. Calculated based on the factory's 15,000 square meters, it can save over 500,000 yuan in gas costs annually, recovering the equipment investment cost in less than two years. Meanwhile, the system does not need to heat the entire high-space area comprehensively during operation, but only provides precise heating to the core operation zones, further reducing energy waste and perfectly meeting the dual demands of cost reduction and efficiency improvement as well as green development in industrial production. Please provide the text you want to be translated. 
 
For large industrial plants, the stability and durability of the heating system are equally crucial. IMPRESIND gas radiant heating system, made of high-quality materials and with precise manufacturing processes, can adapt to the complex environments such as dust and vibration that may exist in the factory. In a case study of a heavy machinery factory, the system maintained stable performance during 16 hours of continuous operation per day for three heating seasons, with a failure rate of less than 1%, significantly reducing production interruptions caused by equipment maintenance. This reliable performance makes it a reassuring choice for heating in large industrial plants, ensuring the continuous production of enterprises.