How to transport PE protective film？

--Six key points for your reference

PE protective film has wide applications in modern industry and logistics, and how to transport it？ The following will explore from multiple aspects how to conduct safe and effective transportation of PE protective film.

First, correct boxing

During transportation, PE film needs to be boxed correctly to prevent it from being affected by external forces such as extrusion, collision and vibration. Reasonable packaging layout and the use of fillers can effectively protect the integrity of the film. For example, arrange the placement of PE protective film reasonably inside the box, avoid excessive stacking and extrusion, and at the same time use appropriate fillers, such as foam, air cushions, etc., to fill the gaps and reduce shaking during transportation.

Second, control storage temperature

PE film needs to pay attention to the control of storage temperature during transportation. Generally speaking, the storage temperature of PE film should be maintained between 5°C - 35°C. Excessive high or low temperatures may cause damage to the film's performance and affect its quality and usage effect. Therefore, during transportation, it is necessary to ensure that the temperature of the transportation environment meets the requirements, especially in the case of long-distance transportation and significant seasonal changes, temperature monitoring should be strengthened.

Third, light avoidance measures

PE film has certain light transmittance, especially high transmittance to ultraviolet rays. In order to prevent aging and fading of the film, it is necessary to avoid the film being directly exposed to sunlight for a long time during transportation. Shading packaging materials can be selected or shading measures can be taken on transportation vehicles to reduce the impact of ultraviolet rays on the film.

Fourth, use protective pallets

At present, in the existing transportation of PE protective film, there is a problem of being directly stacked on pallets and unstable movement. A protective pallet for transporting PE protective film can effectively solve this problem. This protective pallet can provide more stable support and fixation, reducing the displacement and damage risk of the protective film during transportation.

Fifth, advance cutting and neat packaging

When transporting goods, in order to ensure the integrity of the goods, it is necessary to cut the PE stretch wrap film first. When cutting, it is necessary to ensure that the surrounding is neat and smooth. Mechanical stretching devices or manual stretching of the film can be used to make it have certain tension and stability. At the same time, neat packaging can improve transportation efficiency and reduce confusion and damage during transportation.

Sixth, ensure quality inspection and firm adhesion

During transportation and usage, the insecure adhesion between the PE protective film and the protected product may lead to shedding. Therefore, during production, quality should be strictly controlled to ensure that the quality of the protective film product meets the requirements. Before transportation, quality inspectors should conduct strict quality inspection, discover and handle existing problems in time to ensure the stability and reliability of the protective film during transportation and usage.

In conclusion

The transportation of PE protective film requires comprehensive consideration of multiple aspects such as boxing, temperature control, light avoidance, the use of protective pallets, advance cutting and neat packaging, and quality inspection. Only in this way can it be ensured that the PE protective film is not damaged during transportation and maintains its good performance and quality.