Fiber optic drop cable (FTTH) plays an important role in modern communication networks due to its high transmission rate and low loss characteristics. In order to ensure the integrity and safety of these cables during transportation and storage, it is necessary to adopt high-quality packaging configuration.
1. Wooden shaft vs. plastic shaft:
Wooden shaft: Suitable for heavier cable rolls, providing stable support, while relatively low cost. The wooden shaft needs to be treated with anti-corrosion to ensure its durability.
Plastic shaft: Lighter, corrosion-resistant, easy to recycle, suitable for light cable rolls. Plastic shafts are usually made of high-density polyethylene (HDPE) or polypropylene (PP).
1. Wrapping protection:
Material selection: Using polyethylene film as the wrapping material can effectively prevent moisture intrusion and provide preliminary protection for the cable.
Wrapping method: Use an automatic wrapping machine to evenly wrap the cable to ensure that each turn fits tightly.
2. Partition protection:
Use plastic or paper partitions between longer cable rolls to avoid damage caused by cables being entangled or squeezed.
The partitions can be provided with cushioning materials such as foam plastics to increase the protection effect.
3. Label identification:
Each cable roll is accompanied by a clear label indicating key information such as model, length, and production date for easy tracking and management.
1. Customized cartons:
Customize the rigid cartons according to the actual size of the cable roll to ensure that the cable can be placed firmly in the box without moving.
The cartons must be strong enough to withstand the pressure and impact during transportation.
2. Moisture and shockproof:
Use foam plastic or bubble film to fill the gap inside the carton to prevent moisture and provide buffer protection.
For sensitive areas (such as connector parts), use additional foam wrapping for added protection.
3. Anti-slip measures:
Place anti-slip pads at the bottom of the cable roll to ensure that the cable does not slide in the carton.
1. Pallet selection:
Use standard-sized wooden or plastic pallets to ensure stacking stability.
The pallet should have sufficient load-bearing capacity to avoid deformation or damage caused by overloading.
2. Stacking method:
Arrange the number of stacking layers reasonably according to the weight and size of the cable roll, usually not more than three layers to reduce risks.
Use partitions to separate each layer to reduce direct contact between cables.
3. Fixing measures:
Use plastic mesh or anti-slip pads around the cable roll to prevent the cable from shifting during transportation.
1. Footing strap:
Use high-strength strapping to wrap around the entire pallet to fix it, ensuring that the cable will not loosen or fall during transportation.
The strapping should be fixed vertically and horizontally to form a grid-like structure to enhance overall stability.
2. Corner protection:
Use plastic corner protectors at the corners of the pallet to prevent damage from impact during transportation.
3. Warning signs:
Paste warning signs such as "Handle with care" and "This side up" in obvious positions on the outside of the pallet to remind operators to pay attention to safety.
4. Rainproof covering:
Use waterproof cloth or plastic film to cover the entire pallet to prevent rain erosion.
High-quality packaging is essential to protect drop cable FTTH from possible damage during transportation and storage. By adopting the above packaging configuration scheme, the intact rate of the product can be significantly improved, thereby ensuring the satisfaction and brand image of end users. Proper packaging can not only reduce losses, but also enhance customer trust and satisfaction, thereby promoting long-term business development.
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