2017年8月15日星期二

Learn about cooling tower filler

Filling is the most important part of the cooling tower, its efficiency depends on the cooling water and air in the filler full contact with the degree. Packing temperature 50 ℃ ~ 68 ℃, anti-aging, excellent performance, anti-ultraviolet, long life.
Simply say that the role of filler in the cooling tower is to increase the heat, extend the cooling water retention time, increase the heat transfer area, increase heat transfer. Uniform water distribution. Not to be something to be cooled into the tower. A cooling tower is a device that cools hot fluids (including water) to a reasonable temperature. Industrial production or refrigeration process generated waste heat, generally with cooling water to guide away. The effect of the cooling tower is to carry the waste heat of the cooling water in the tower with the air heat exchange, so that waste heat to the air and into the atmosphere. Cooling tower Application: air conditioning cooling system, refrigeration series, electric furnace, injection molding, tanning, power generation, steam turbine, aluminum processing, air compressor, industrial water cooling and other fields.
Cooling tower in the industrial production as the main core of circulating water heat, in China's industrial production in the impact of China's industrial production costs and efficiency. Cooling tower in the industrial production inappropriate use, it will cause the equipment is not timely cooling, production stagnation, the water temperature is too high and so on. Cooling tower packing is the main factor to promote hydrothermal cycle, therefore, to choose high-quality cooling tower filler.
For more information, please visit our website: www.coolingtowerfiller.com, or contact us with E-mail, our E-mail address is rask@coolingtowerfiller.com, you can also chat us straightly on whatsapp: 008618330029204

没有评论:

发表评论

closed type cooling tower

new 1000*1300mm spindle cooling tower pvc fill pack Cooling Tower has roots inside the cooling tower industry that span again greater t...