Design and application of surface anti-overheating handle for industrial equipment

With the acceleration of modern industrialization and the development of science and technology, industrial equipment plays an increasingly important role in production. However, in long-term use, due to the influence of high temperature and other factors, the handle of equipment often overheat, which brings great inconvenience and even safety risks to operators. Therefore, it is very important to effectively prevent overheating on the surface of industrial equipment.

First, the seriousness of the problem

First of all, let's analyze the problem of overheating of the equipment handle. Industrial equipment will generate a lot of heat when it works for a long time, and due to poor heat dissipation and other reasons, this heat will gather on the surface of the equipment, resulting in excessive temperature of the equipment. If the operator is not careful, he may be injured by touching the overheated part. Therefore, it is necessary to take effective measures to reduce the temperature of the equipment handle to ensure safe production.

Second, the design ideas and technical points

In order to solve the above problems, it is necessary to start from the aspects of material selection, structural design and manufacturing technology. On the one hand, a new composite material with good heat insulation performance can be selected as the raw material of the handle; On the other hand, the heat dissipation efficiency can be improved by changing the shape of the handle or adding a cooling system.

1) Selection of materials:

At present, rubber products (such as silica gel) and plastic parts (such as POM) are commonly used in the market, all of which have good insulation and high temperature resistance. In addition, some special alloy steels can also be used as one of the alternatives, such as copper-aluminum alloy and titanium alloy. However, it should be noted that there are problems such as large cost differences between different materials, and it is necessary to weigh and compare according to actual needs before deciding which type of products to use for substitution.

2) structural improvement:

In addition to replacing raw materials, the existing components can be adjusted to achieve the purpose of cooling. For example, it is feasible to set an air circulation channel inside the handle or increase the area of the radiation plate. In addition, external water cooling can be used to further enhance the effect. Specifically, a water pump is used to transport cold water into a special casing to circulate and take away excess heat to realize rapid heat dissipation.

3) manufacturing method:

Finally, it is about processing. Generally speaking, this kind of project will use injection molding process to complete the production process. However, it is worth noting that the dead zone should be reduced as much as possible and the flow channel should be smooth to avoid bubbles affecting the product quality. At the same time, in order to facilitate the later installation and debugging, enough space should be reserved to facilitate the smooth implementation of disassembly and maintenance.

III. Conclusion

To sum up, the anti-overheating handle on the surface of industrial equipment is a very important topic, which is of great significance for ensuring the normal operation of industrial production and the personal safety of employees. I hope that more research will be invested in the future, and more advanced and practical technical solutions will be developed to promote the development of the whole industry to a higher level.

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