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From cases to see the effectiveness: Gas radiant heating improves the quality and efficiency of industrial heating in large spaces

time：2025-07-22
hits：234次
source：正弘奧能

In the industrial sector, heating large spaces has always been a headache for enterprises. Traditional heating methods often have many drawbacks: low thermal efficiency, with a large amount of heat lost during transmission, resulting in severe energy waste; uneven heating, with areas near equipment being overly hot while corners remain cold, affecting workers' comfort and productivity; and high operating costs, with huge energy expenses becoming a heavy burden on enterprise operations. These problems have become increasingly prominent as industrial enterprises demand higher production efficiency and better cost control. The emergence of infrared radiation heating has broken the deadlock of traditional industrial heating.&nbsp;


	 


	From an energy-saving perspective, infrared radiation heating can be regarded as an "energy-saving pioneer". It does not rely on air as a heat transfer medium but directly heats objects and the human body through infrared radiation, reducing heat loss in the air. Its thermal efficiency is as high as over 85%, and compared with traditional heating methods, it can save 30% to 50% of energy.&nbsp;


	 


	In terms of heating uniformity, infrared radiation heating also performs exceptionally well. It can achieve all-round and seamless heating, making the temperature distribution in large spaces more uniform and eliminating the "warm near, cold far" phenomenon in traditional heating methods. This ensures that the temperature in every corner of the workshop meets production requirements, creating a comfortable working environment for workers and helping to improve work efficiency.&nbsp;


	 


	<img src="http://www.wmkan.com/Uploads/image/20250722/20250722103252_88625.png" alt="" />


	 


	Next, let's take a look at the significant changes in a large manufacturing workshop after adopting IMPRESIND gas radiant heating system. This mechanical manufacturing workshop covers an area of 8,000 square meters and has a high ceiling. Winter heating has always been a challenge for the enterprise. In the past, traditional hot air furnaces were used for heating, which not only had high energy consumption but also led to extremely uneven temperature distribution within the workshop. The temperature near the hot air furnaces could reach over 20℃, while in the distant corners, it was only around 5℃, seriously affecting production progress and product quality. At the same time, the traditional heating method required preheating 2-3 hours in advance, and the daily energy consumption cost was as high as several thousand yuan, imposing a heavy cost burden on the enterprise.&nbsp;


	 


	To solve this problem, the enterprise, after extensive investigation and comparison, decided to introduce IMPRESIND gas radiant heating system. After installation and commissioning, a miraculous change occurred. Once IMPRESIND gas radiant heating system was turned on, the temperature in the entire workshop rose evenly to around 15℃ within just 30 minutes, meeting the temperature requirements for production. Moreover, the temperature difference in every corner of the workshop was no more than 2℃, completely changing the previous situation of "extreme cold and extreme heat". Workers were able to operate in a comfortable temperature environment, with the rate of operational errors significantly reduced and production efficiency increased by more than 15%.&nbsp;


	 


	<img src="http://www.wmkan.com/Uploads/image/20250722/20250722103307_20075.png" alt="" />


	 

In terms of energy consumption, the results are even more astonishing. After adopting IMPRESIND gas radiant heating system, the daily energy cost of this workshop has been reduced to half of the original amount, saving nearly one million yuan in energy costs annually. Meanwhile, as the system operates without emitting any waste gas, it meets environmental protection requirements, and the enterprise has also avoided the potential fines and production suspension risks due to environmental issues, achieving a win-win situation in both economic and environmental benefits.