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IMPRESIND gas radiation heating system has successfully overcome the challenge of industrial heating in large spaces by achieving high efficiency and energy conservation

time：2025-08-07
hits：274次
source：正弘奧能

The Autumnal Equinox has arrived, and the temperature is gradually cooling down. For industrial buildings such as factories and workshops with large and tall spaces, heating has always been a challenge - the space is high, the volume is large, the sealing performance is limited, and hot air is prone to escape. Traditional heating methods often fall into the predicament of "slow heating, high energy consumption, and poor effect". Against this backdrop, gas radiation heating, with its advantages of "direct heating and low heat loss", has become the mainstream choice. And the IMPRESIND gas radiation heating system, with its outstanding efficiency and energy-saving features, has become the preferred solution for enterprises to upgrade their heating systems.&nbsp;


	 


	<img src="http://m.soooyo.cn/Uploads/image/20250807/20250807112358_55225.jpg" alt="" />


	 


	IMPRESIND Gas Radiation Heating System: A Double Breakthrough in Efficiency and Energy Saving, Redefining the Industry Heating Standard&nbsp; 


	 


	In the gas radiation heating technology, IMPRESIND gas radiation heating system, through technological innovation and detailed optimization, has pushed the efficiency and energy-saving performance to new heights, becoming the core solution for addressing the heating challenges in large spaces.&nbsp;


	 


	Efficiency: Rapid heating + Precise temperature control, ensuring stable production environment&nbsp; 


	 


	The efficiency of IMPRESIND&nbsp;gas radiation heating system is demonstrated by its dual advantages of "heating efficiency" and "temperature stability":&nbsp;


	 


	·&nbsp;Instantaneous heat exchange, with the heating speed increased by over 30%: The system employs high-quality burners and specially designed radiant tubes. The gas burns thoroughly, with a heat conversion efficiency of over 90%. The generated heat energy is quickly converted into infrared radiation through the radiant tubes, without the need for preheating the air. After startup, the ground operation area temperature can significantly rise within 10-15 minutes, significantly reducing the heating waiting time and meeting the "ready-to-use" requirements of industrial production.&nbsp;


	 


	·&nbsp;Directional radiation, maximization of heat utilization: By precisely designing the radiation angle and installation position, IMPRESIND gas radiation heating system can direct over 90% of the radiant heat towards the workshop floor, equipment, and personnel activity areas, reducing ineffective heating of unnecessary areas such as rooftops and high altitudes, avoiding "waste" of heat, and ensuring that every bit of energy is utilized at the core demand points.&nbsp;


	 


	·&nbsp;Intelligent temperature control, adaptable to dynamic conditions: The system is equipped with advanced temperature sensors and variable frequency regulation technology. It can monitor the indoor temperature changes in real time and automatically adjust the combustion power based on dynamic factors such as the density of people in the factory, the operating status of equipment, and the outdoor temperature. For example, when the local temperature drops due to the opening of doors and windows, the system quickly replenishes heat; when the temperature reaches the standard, it automatically reduces the power to maintain a constant temperature, avoiding "overheating" and ensuring that the environmental temperature remains stable within the set range.&nbsp;


	 


	Energy efficiency: Reducing heat loss + Optimizing energy consumption, lowering operating costs&nbsp; 


	 


	The energy-saving feature of IMPRESIND gas radiation heating system is not merely about reducing power consumption. Instead, it achieves this by leveraging


	&nbsp;technological innovations to fundamentally reduce energy waste and achieve "better results with less energy":&nbsp;


	 


	·&nbsp;Low convective heat loss, energy conversion rate increased by 20%-30%: Compared with traditional convective heating, IMPRESIND gas radiation heating system mainly relies on radiation heat transfer. The heat does not rely on air flow for transmission, reducing heat loss caused by air convection and leakage. Data shows that under the same space conditions, its heat loss rate is more than 40% lower than that of traditional systems, and under the same temperature requirements, gas consumption can be saved by 20%-30%.&nbsp;


	 


	·&nbsp;Fully premixed combustion technology, with a gas utilization rate of nearly 100%: The system employs fully premixed combustion technology, where the gas and air are fully mixed before combustion, ensuring a more complete combustion and reducing the waste of incompletely burned gas (such as harmful emissions like carbon monoxide are also simultaneously reduced, better meeting environmental protection requirements). At the same time, the insulation layer design of the specially made radiant tubes reduces heat loss through the pipes, further improving energy utilization efficiency.&nbsp;


	 

·&nbsp;Modular design, energy allocation as needed: For the varying heating demands of different areas in large factories (such as different temperature requirements for production areas, storage areas, and office areas), IMPRESIND gas radiant heating system supports modular installation and independent control. Enterprises can precisely regulate the heating power according to the actual needs of each area, avoiding energy waste from "full-load operation throughout the area" and achieving refined energy-saving management of "heating on demand".

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IMPRESIND gas radiation heating system has successfully overcome the challenge of industrial heating in large spaces by achieving high efficiency and energy conservation