The key role of steam generators in foam production
In foam production, steam generators play a key role in heating, pressure control, and activating the foaming agent. Whether foaming is done in a steamer or directly in a molding machine, high-temperature steam quickly transfers heat, softening the raw materials, creating favorable conditions for foaming and improving efficiency. Pressure control creates a stable environment, ensuring even distribution and full expansion of the raw materials, and avoiding uneven product density. Furthermore, steam promotes the decomposition and expansion of the foaming agent, forming uniform bubbles and ensuring product performance.
The composite cabin micro-superheated steam generator offers significant advantages. It utilizes a once-through heat exchange structure, integrates multiple advanced technologies, and features an energy-saving control system, enabling cascaded heat exchange and multi-stage circulation in the waterway. The burner has been upgraded to a water-cooled, premixed type, offering enhanced safety and a combustion efficiency of 101.21%. It can operate stably at a low load of 25%, extending its lifespan by three times, and is exceptionally environmentally friendly, with nitrogen oxide emissions ≤21mg/m³ and CO levels approaching zero.
The system delivers stable, controllable, and slightly superheated steam, achieving a saturated steam dryness of up to 99.07% and a superheat temperature of 230°C, meeting stringent production requirements. The fully automated energy-saving control system offers stepless power adjustment from 25% to 100%, with gas consumption per ton of steam as low as 75 m³/h and only 70 m³/h at 100°C high-temperature return water, significantly reducing energy costs.
Thanks to its outstanding technological innovation, the composite cabin micro-superheated steam generator has achieved comprehensive breakthroughs in steam quality, energy-saving efficiency, operational stability and environmental protection performance. It can not only meet the stringent requirements of foam production for steam, but also significantly reduce energy consumption costs and improve production efficiency. It provides strong equipment support for the high-quality development of the foam manufacturing industry and has become an important force in promoting technological upgrading in the industry.
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