‌‌trap is widely used in ‌ petroleum, ‌ chemical industry, ‌ food, ‌ pharmaceutical, ‌ power plant and other industries, plays a very important role in energy saving and emission reduction. ‌

Steam trap, also known as ‌ steam trap, its main function is to automatically remove steam condensate and air and other non-condensing gases in heating equipment or steam pipelines, while preventing steam leakage. Through its unique steam blocking and drainage function, the equipment can make the steam heating equipment evenly heat, make full use of steam latent heat, prevent the phenomenon of water hammer in the steam pipeline, so as to improve the heating efficiency of the equipment and reduce energy consumption.

The design principle of the trap allows it to identify condensate and steam and retain steam while discharging condensate and other gases. This automatic device is usually installed below the lowest point of each equipment used, so that the condensate can naturally flow smoothly into the trap and out. The model of the trap is roughly divided into three categories: mechanical type, thermal inlet force type, thermal power type, each type has its specific working principle and application characteristics.

In practical applications, the choice of trap should be determined according to the specific needs of the steam heating system to ensure the best steam blocking and drainage effect, thereby improving production efficiency and reducing energy waste. In addition, the trap is particularly important in intermittent production situations, because it can shorten the preheating time, increase the number of treatments, and ultimately increase the yield, which has a significant impact on improving production efficiency