Design and application of surface friction-resistant handle for industrial equipment

With the rapid development of science and technology and the advancement of production methodsStep, industrial equipment plays an increasingly important role in modern society. Among them, in order to improve the use experience and ensure the safety of operation, the design of anti-friction handle on the surface of industrial equipment has become an important work. This paper will elaborate on the design principle, material selection and application scenarios.

I. Design principle

The primary goal of the design of the anti-friction handle on the surface of industrial equipment is to achieve good gripping performance. This requires a reasonable layout structure to achieve the desired results. For example, ergonomic streamline or arc is adopted in shape; In terms of size, it is adjusted according to specific purposes to meet the needs of different user groups.

In addition, in order to enhance the wear resistance and durability, it is necessary to consider the selection of handle material. Under normal circumstances, high-strength aluminum alloy, stainless steel and other metal products will be selected as the substrate, and combined with special treatment processes (such as electroplating and oxidation) to further enhance its corrosion resistance. In addition, rubber coating is also a good method-it can not only increase the anti-skid function but also reduce the noise pollution caused by collision.

Second, the material selection

1. High-strength aluminum alloy: It has good mechanical properties and processability, and it is also light, which reduces the weight of the whole device while ensuring stability.

2. Stainless steel: It has excellent corrosion resistance and can effectively resist the influence of corrosive factors in harsh environment.

3. Rubber: As a non-metallic material, it has good elasticity and toughness, which provides a good grip and also has the advantages of waterproof and shock absorption.

Third, the application scenario

Friction-resistant handles on the surface of industrial equipment are widely used in various occasions, including but not limited to the vicinity of the control panel of large mechanical equipment in the factory workshop, the internal and external operation areas of transportation vehicles, and the keys of laboratory instruments and meters. In these places, there are often situations where the operation frequency is high and it is easy to be disturbed by the outside world. In this case, a stable and reliable handle is needed to help people successfully complete their tasks and ensure personal safety.

To sum up, the anti-friction handle on the surface of industrial equipment is a very critical and easily overlooked part. Only through careful design can we meet the actual needs and reflect the spirit of humanistic care. I hope that more new materials and technologies will emerge in the future to improve existing products, so that everyone can get better protection and support at work!

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