What are the fields where anti-vibration labels are often used?
Anti-vibration labels play an important role in many fields.
These labels can monitor and record the vibration and impact force of objects and equipment to help us better understand and control the impact of vibration on different goods. The following are some common fields where anti-vibration labels are widely used:
1. Large precision parts, refrigeration equipment, medical equipment
Precision instruments include various types of measuring and mapping instruments, optical instruments, and various precision parts. They must not be subjected to excessive impact during transportation because: first, they are expensive; second, various instruments are made very precisely, and if a part of the component is displaced or lost, the result obtained after use is a slight difference, a thousand miles away.
2. Large computer systems, network information systems, electronic communication equipment
Electronic products are developing rapidly, and the appearance of products tends to be mini, that is, light, thin, and small. In addition to the appearance requirements of beautiful and flawless, electronic products require powerful functions, so the components inside the product can be said to be very delicate. The displacement or loss of a small component may cause the product to fail, so the requirements for shock and collision force in the transportation of electronic products are high.
3. Large glass products
The maturity of glass technology has made its application range very wide. Glass products are all-encompassing, including mirrors, various utensils, instruments, crafts, etc. These products have very high requirements for appearance, and even small scratches and flaws are not allowed.
However, the nature of glass is brittle and very fragile. Scratching, pressing, grinding, etc. on the surface may cause cracks and scratches, or other problems. Therefore, most of the words "handle with care" will be marked on the outer packaging of transportation. Preventing shock and impact is the primary requirement for transportation.
4. Top-heavy equipment, heavy machinery, large computer equipment, circuit boards, large batteries, hydraulic presses and other product hosts
Heavy machinery includes gear boxes, speed increasers, transmission equipment sets, gear spare parts and some high-speed, heavy-load, precision transmission devices, etc., which require placement during transportation, because the weight of heavy machinery itself is already very heavy. If it is tilted or inverted, its own weight will cause the machine to deform or break, and even become unusable.
5. Power and Energy
In the solar industry, solar panels are shipped in full boxes or with little filler. They are particularly vulnerable to damage during bumpy transportation, and other shocks and vibrations during transportation will still occur.
Moreover, no matter how well packed, sudden shocks or damage to the goods are still possible. Some pallets pose another risk - that is, they can tip over during transportation or storage, making them particularly vulnerable to damage.
Anti-shock labels are mainly attached to the outer packaging boxes of goods. When the external force on the indicator exceeds its set range, the middle transistor will turn from white to red. The label works through a specific impact design and is widely used for monitoring during the transportation of goods. Its application range ranges from production monitoring to ensuring safe transportation.
Anti-shock labels fill the gap by accurately and effectively monitoring the safe transportation of sensitive products. This label and our technical support provide an effective reference for product packaging and distribution. Simply put, anti-shock labels mean reducing disadvantages, and reducing disadvantages means reducing damage incidents and reducing costs.
In the transportation and logistics industry, anti-shock labels are used to monitor the vibration and impact of goods during transportation. This is especially important for fragile, sensitive or precious goods. By using anti-vibration tags, the degree of vibration of the goods can be detected in time, so that appropriate protective measures can be taken to reduce damage and loss of goods.
6. Aerospace
In the field of aerospace, anti-vibration tags are used to evaluate the vibration environment of equipment such as spacecraft, satellites, and aircraft. This is essential to ensure the normal operation and safety of equipment. By monitoring the vibration experienced by the equipment, the design and manufacturing process can be optimized, the shock resistance of the equipment can be improved, and damage to the equipment and repair costs can be reduced.
7. Industrial production
There are various mechanical equipment and process flows in industrial production, and anti-vibration tags can be used to monitor the vibration of these equipment during operation. This helps to detect equipment failures or abnormal vibrations in time, prevent accidents, and perform necessary maintenance and repair work. In addition, anti-vibration tags can also help optimize the production process and improve the stability and efficiency of equipment.
Anti-vibration tags play an important role in many fields. By monitoring and recording vibration conditions, they help us better understand, control and respond to vibration and impact forces experienced by different systems.
With the continuous development of technology, the application of anti-vibration labels will become more and more extensive, providing us with a safer and more reliable environment and equipment.
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