After entering July, the temperature will slowly rise. Place the cold canned beer on the table after taking a small sip. After a while, small water droplets will seep out around the can and drip on the table.
The same phenomenon as the above can often be seen in cooling water pipes in factories. When water vapor in the air comes into contact with pipes or hoses that feed low-temperature fluids, it turns into liquid droplets. This can easily cause dangerous accidents.
For example, condensation in rubber hose piping can cause liquid to accumulate. Once the accumulated liquid spreads to the surroundings, it will cause the floor to slip, leading to the risk of a fall accident. In addition, if water drops follow the hose and enter the mechanical and electrical system it is connected to, it will cause malfunctions or fires due to leakage.
In order to prevent and prevent condensation, methods can be adopted to reduce the temperature difference between the pipes and the surroundings and reduce the humidity. However, using air conditioners to adjust the temperature in the factory will consume a lot of equipment and money. Therefore, in order to prevent condensation on the hose, the hose is generally wrapped with an insulating material called “PEF”.
At this time, the most important thing is to wrap the hose firmly with PEF and prevent condensation at the connection part of the hose. Metal joints tend to be more prone to condensation than most resin hoses. Please pay attention and take corresponding measures. In addition, to prevent the joint area from becoming enlarged or deformed, please reduce the gap between PEF as much as possible.