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　　Vibration isolationHook is mainly used for vibration isolation of hoisting equipment and pipelines to prevent vibration from being transmitted to the floor. Its form is usually rubber and steel springs. Today, the editor will introduce to you what its design concept is.

　　Hook design

　　1. The vibration frequency generated in mechanical operations will be directly reflected in the vibration isolation system. The ratio of this frequency to the natural frequency of the vibration isolation system must be greater than the root number 2. The vibration isolation system can play the role of vibration isolation. Therefore, before conducting vibration isolation design, it is necessary to understand in detail the reasons and vibration characteristics of the vibration generated during operation of the mechanical equipment. If conditions permit, mechanical equipment with a higher vibration rate should be selected as much as possible. When performing vibration isolation design, the minimum vibration frequency generated during operation of mechanical equipment is usually used as the excitation frequency.

　　2. Excellent vibration isolation materials are of great help to our design, so when selecting materials, you should choose appropriate vibration isolation materials to make vibration isolation devices to achieve the expected vibration isolation purpose. Any material that can support the power load of mechanical equipment and has good elastic recovery performance can be used as vibration isolation materials. Commonly used vibration isolation materials include elastic-pick steel and rubber. When choosing vibration isolation material, the first thing to consider is its dynamic characteristics and bearing capacity. Generally, the dynamic elastic film of vibration isolation materials is required to be low in quantity, low stiffness, good elasticity, high strength and large load-bearing capacity; secondly, the physical and chemical properties of the materials are required to be stable, and to be able to withstand acids, alkalis, oils, or harmful gases and liquids, and the vibration isolation performance will not be greatly affected by changes in the working environment temperature and humidity. The self-vibration frequency of the vibration isolation system made of these materials must also be considered.

　　Vibration isolationHook is mainly used for vibration isolation of hoisting equipment and pipelines to prevent vibration from being transmitted to the floor. Its form is usually rubber and steel springs. Today, the editor will introduce to you what its design concept is.

　　Hook design

　　1. The vibration frequency generated in mechanical operations will be directly reflected in the vibration isolation system. The ratio of this frequency to the natural frequency of the vibration isolation system must be greater than the root number 2. The vibration isolation system can play the role of vibration isolation. Therefore, before conducting vibration isolation design, it is necessary to understand in detail the reasons and vibration characteristics of the vibration generated during operation of the mechanical equipment. If conditions permit, mechanical equipment with a higher vibration rate should be selected as much as possible. When performing vibration isolation design, the minimum vibration frequency generated during operation of mechanical equipment is usually used as the excitation frequency.

　　2. Excellent vibration isolation materials are of great help to our design, so when selecting materials, you should choose appropriate vibration isolation materials to make vibration isolation devices to achieve the expected vibration isolation purpose. Any material that can support the power load of mechanical equipment and has good elastic recovery performance can be used as vibration isolation materials. Commonly used vibration isolation materials include elastic-pick steel and rubber. When choosing vibration isolation material, the first thing to consider is its dynamic characteristics and bearing capacity. Generally, the dynamic elastic film of vibration isolation materials is required to be low in quantity, low stiffness, good elasticity, high strength and large load-bearing capacity; secondly, the physical and chemical properties of the materials are required to be stable, and to be able to withstand acids, alkalis, oils, or harmful gases and liquids, and the vibration isolation performance will not be greatly affected by changes in the working environment temperature and humidity. The self-vibration frequency of the vibration isolation system made of these materials must also be considered.