Heat shrinkage and reinforcement business for new energy equipment and other equipment

1. Strong protective performance: Heat shrink materials have good toughness and elasticity, and can form a tight protective layer on the surface of the equipment, effectively resisting external impact, friction and pollution, ensuring that the equipment is protected from damage during transportation and storage. This protective layer can also prevent the intrusion of moisture and dust, further protecting the equipment.

2. Cost saving: Heat shrink materials are usually made of lightweight materials, which reduces packaging costs. At the same time, due to its good protective performance, it can reduce cargo damage compensation and further save costs. In addition, heat shrink packaging materials are low in cost and recyclable, which helps to reduce transportation costs.

3. Environmentally friendly and sustainable: Heat shrink materials can be recycled and reused, reducing the impact of packaging waste on the environment, in line with the concept of green environmental protection. Modern heat shrink machine design focuses on environmental protection and energy saving, adopts efficient heating systems and energy-saving technologies to reduce energy consumption.

4. Improve efficiency: The use of heat shrink materials for equipment packaging is simple and quick, which can greatly improve packaging efficiency and save time and labor costs. The automatic control system of the heat shrink machine can quickly complete the heat shrink packaging process. When used in conjunction with other packaging equipment, it can form a complete packaging production line, further improving packaging efficiency and production benefits.

5. Strong adaptability: The heat shrink machine is suitable for equipment packaging of various shapes and sizes. Whether it is precision machinery, electronic equipment or fragile items such as instruments and meters, it can be adapted by adjusting the parameters of the heat shrink machine and replacing different heat shrink films.

In summary, the heat shrinking and reinforcement of equipment has significant advantages in the logistics and transportation process, including strong protection performance, cost saving, environmental sustainability, improved efficiency and strong adaptability. These advantages have made heat shrink packaging widely used in logistics and transportation.

Function: The heat shrink protective cover for equipment packaging is mainly used to protect the equipment from damage during transportation and storage. It is made of special heat shrink material, which shrinks by heating and tightly wraps the surface of the equipment to form a tough protective layer. This protective layer can effectively resist external impact, friction and pollution to ensure the integrity of the equipment.

Usage scenario: The heat shrink protective cover is suitable for the packaging of various equipment, especially delicate items such as precision machinery, electronic equipment, instruments and meters. Heat shrink protective covers play an important role in export trade, domestic logistics and transportation, and equipment storage. It can effectively prevent damage to the equipment caused by collision and friction during handling and loading and unloading, reduce the cargo damage rate, and improve customer satisfaction.

1. Choose the right heat shrink material: There are many types of heat shrink materials, such as polyolefin, polyester, polyvinyl chloride, etc. Different types of materials are suitable for different application scenarios. For example, polyolefin materials have good weather resistance and chemical corrosion resistance, suitable for outdoor environments; polyester materials have high temperature resistance and are suitable for high temperature environments.

2. Master the appropriate heating temperature and time: Heat shrink materials need to shrink at a certain temperature, generally between 70℃ and 120℃. The heating time should be appropriate. Too long or too short heating time may lead to unsatisfactory heat shrink effect. A thermometer can be used to monitor the temperature to ensure the accuracy of the heating temperature.

3. Pay attention to the pretreatment of the material: Before heat shrinking, some pretreatment work needs to be done on the material, such as keeping the material dry and cleaning the surface dirt or oil. Appropriate solvents can be used for cleaning, but be careful to avoid damage to the material.

4. Pay attention to the uniformity of heating: Heat shrink materials need to be heated evenly during the heating process to ensure the consistency of the shrinking effect. A more uniform heating method can be used, such as using hot air guns, heat shrink ovens and other equipment.

5. Pay attention to the safe use of heat shrink equipment: When performing heat shrink, pay attention to safe operation to avoid danger caused by improper operation. Ensure the safety performance of the heating equipment, wear protective gloves, wear appropriate work clothes, etc.

6. Prevent heat shrink tubes from sticking to each other: Place all heat shrink tubes on corrugated paper in order to prevent adhesion, reduce the shrinkage temperature or use thickened pipes.

7. Deal with shrinkage and blistering problems: Shrink from left to right on one side, exhaust air, or shrink with hot water without affecting product performance.

8. Control the stretch rate: The stretch of heat shrink tubes is generally controlled within 5%. When the stretch of thin tubes causes the product to shrink in different lengths, it needs to be specially customized.

9. Accurately calculate the size: Accurately calculate the size of the heat shrink tube cutting tube, and estimate the size tolerance of the heat shrink tube cutting tube.

10 Dealing with the problem of insufficient shrinkage: Replace the existing sleeve with a smaller heat shrink sleeve, or choose a heat shrink sleeve with a larger shrinkage ratio.

By paying attention to these aspects, you can ensure that the heat shrinkage and reinforcement work goes smoothly and achieve the desired effect.