Regarding air coolant, we are in a state that we don’t […]
Regarding air coolant, we are in a state that we don’t understand but we are no longer unfamiliar. Today we will discuss the influence of air cooler mold air cooler mould and material.
The type and material of the tube bundle have a great influence on the performance of the air cooler. Because the heat transfer coefficient of the airside is very small, fins are often added outside the tube to increase the heat transfer area and fluid turbulence and reduce thermal resistance. Most air coolers use radial fins. Air coolers usually use light tubes with an outer diameter of 25mm, low-fin tubes with a fin height of 12.5mm, and high-fin tubes with a fin height of 16mm. Fins are generally made of materials with high thermal conductivity (the most commonly used is aluminum), wound, or inlaid on the light pipe. In order to strengthen the heat transfer effect of the air cooler, water can be sprayed in the inlet air for humidification. This not only reduces the air temperature but also increases the heat transfer coefficient. The use of air coolers can save a lot of industrial water, reduce environmental pollution, and reduce infrastructure costs. Especially in water-scarce areas, replacing water-cooling with air-cooling can alleviate the contradiction of water shortage.
If you want to make a good air cooler, a good air cooler mold is very important, but now there are so many mold manufacturers, and there are many types of molds manufactured, such as dustbin mould , chair molds, etc., so when choosing Need to understand more.