CCA BUSBAR needs to pay special attention to the following aspects during transportation to ensure that the quality of the product is not damaged:
- Moisture and humidity resistance
CCA BUSBAR should avoid prolonged exposure to humidity to prevent oxidation of the aluminum core portion, which may affect the conductivity and surface quality.
Use moisture-proof packing materials (e.g., moisture-proof bag or plastic film) to encapsulate the product and ensure that the transportation warehouse is kept dry.
- Prevent mechanical damage
The surface of CCA BUSBAR needs to be kept smooth and free of defects. Avoid heavy pressure, friction and collision during transportation to prevent dents, scratches or stripping of copper layer.
Use strong cartons, wooden boxes or pallets when packing, and make sure that there is enough cushioning material (such as foam, bubble wrap, pearl cotton, etc.) inside the package to absorb vibration and shock during transportation.
- Temperature control
Avoid exposure to high or low temperatures, especially direct sunlight or extreme low temperatures, which may affect the physical properties of copper and aluminum.
In summer or cold climates, choose appropriate transportation methods or take temperature control measures to ensure that the performance of CCA BUSBAR is not affected by temperature changes.
- Preventing oxidation
Since the copper layer of CCA BUSBAR may be eroded by oxygen in the air, the package should have good sealing to avoid moisture and oxygen in the air coming into contact with the copper surface.
Vacuum packaging or nitrogen protective packaging can be used to reduce the risk of oxidation.
- Avoid electromagnetic interference
For CCA BUSBAR used for high-frequency signal transmission (such as coaxial cable conductors, etc.), the transportation should try to avoid the interference of strong electromagnetic fields, in order to prevent the impact of its electrical properties.
Shielded packaging can be used optionally to prevent external electromagnetic interference.
- Prevent corrosion
If CCA BUSBAR is used for some special purposes (e.g. power, communication, etc.), special attention needs to be paid to prevent contact with corrosive substances (e.g. chemicals, salts, etc.) during transportation to avoid corrosion.
- Avoid excessive bending
Excessive bending or stretching of CCA BUSBAR should be avoided during transportation, especially over long distances. Excessive bending may result in breakage or localized damage to the copper layer.
Use appropriate coiling or bracing to ensure that the CCA BUSBAR is shape stable during transportation.
- Labeling and Documentation
Clearly label the package with product specifications, quantity, precautions (e.g., moisture, shock, bending, etc.), and shipping requirements to ensure that shipping personnel are aware of the precautions.
Provide relevant transportation documents and quality inspection reports with the shipment, so that problems can be solved quickly in the process of transportation.
- Transportation method
Choose a professional transportation company, especially a logistics company with experience in precision cable materials.
During transportation, make sure the goods are not subjected to excessive vibration or violent bumps, and it is better to choose to use land transportation or railroad transportation rather than excessive vibration by air, especially for longer CCA BUSBAR rolls.
Summary:
When transporting CCA BUSBAR, the most critical thing is to ensure the integrity and quality of the product, and to avoid environmental factors (such as moisture, temperature, air, mechanical damage, etc.) and external disturbances (such as electromagnetic waves, chemical substances, etc.) from affecting its performance. By taking appropriate packaging, transportation measures and temperature
