How to see the heat resistance of inflatable blower?
How to see the heat resistance of inflatable blower?
The inflatable castle is a very popular and popular children's paradise, and the inflatable blower is a tool often used in the inflatable castle. No matter how good the inflatable castle is, if the inflatable blower fails to work, it will not be open, which means that the inflatable blower can directly affect the business operation. On the other hand, the quality of the inflatable blower is relatively important. Hot weather, coupled with long-term operation, the fan must have good heat-resistant and heat-dissipating performance, in order to ensure the normal and stable play of the fan in the business process. How can we see the heat resistance of the inflatable blower in use?
1. Look at the shell material of the inflatable blower.
There are many materials used to make inflatable blower casing, such as iron, aluminum, plastic, etc. Different materials have different characteristics and their heat resistance is also different. Among many materials, PP plastic (polypropylene) has relatively good heat resistance. Under normal conditions, PP plastic can withstand the high temperature of 150℃, and it will not be deformed at such a high temperature. Therefore, when buying a inflatable blower, you should pay attention to whether the material of the inflatable blower is heat-resistant.
2. See if there is any cooling vent design for the inflatable blower.
The cooling port of the inflatable blower is usually designed on the shell of the motor, which is helpful for the heat dissipation of the motor. In addition, the cooling port can also be set at the bottom of the inflatable blower, which has both heat dissipation and drainage functions. Summer is usually hot and rainy, so we require the performance of the inflatable blower, not only to dissipate heat quickly, but also to discharge the accumulated water in time. The design of the radiator can play the above two roles, which is beneficial to prolong the service life of the inflatable blower.
3. Check whether the motor shell has horizontal stripe design.
The design of horizontal stripes around the motor shell is to ensure that the inflatable blower can reduce the temperature when the motor is running while the air is in. The motor is the core component of the inflatable blower, and the temperature rise of the inflatable blower is mostly caused by the temperature rise of the motor when the inflatable blower is running. Therefore, the heat dissipation performance of the motor can directly affect the overall heat dissipation performance of the inflatable blower.