Aerial Aluminum Slack Storage Bracket for Fiber Cable

Core Strengths：

1.Lightweight and Easy to Install: Thanks to the low density of its aluminum alloy construction, this bracket is exceptionally lightweight. This significantly reduces the difficulty of transportation and on-site handling, enabling installers to perform high-altitude work with ease—without the need for heavy machinery. Consequently, construction efficiency is markedly improved, while the structural load placed on the utility towers is effectively reduced.

2.Exceptional Strength and Load-Bearing Capacity: Despite its lightweight nature, the high-strength aluminum alloy endows this bracket with outstanding mechanical properties. It is capable of securely supporting and bearing a substantial volume of coiled optical cables; even under severe weather conditions—such as strong winds, ice, and snow—it maintains structural stability, thereby ensuring the absolute safety of the optical cables.

3.Exceptional Corrosion Resistance—Enduring Beauty: Aluminum alloy inherently possesses outstanding corrosion resistance, enabling it to effectively withstand the corrosive effects of ultraviolet radiation, humidity, salt spray, and acidic or alkaline environments. This ensures that the bracket remains resistant to rust and aging during prolonged outdoor use, offering a service life that far exceeds that of ordinary materials.

4.Open Design for Efficient Maintenance: The bracket features a fully open structural design, rendering the coiled optical cables clearly visible. During routine inspections or troubleshooting, operations and maintenance personnel can quickly inspect cable status, pinpoint issues, and perform maintenance or replacements without the need to dismantle any components—thereby significantly boosting operational efficiency and minimizing network downtime.

5.Superior Heat Dissipation for Enhanced Stability: Aluminum alloy is an excellent thermal conductor. The open-structure design—combined with the material’s inherent high thermal conductivity—enables the rapid dissipation into the air of heat generated during fiber optic cable operation. This prevents performance degradation or accelerated aging caused by heat accumulation, thereby providing an additional safeguard for the stable operation of the communication link.

6.Convenient and Rapid Transport: Featuring detachable and assemblable aluminum alloy components, this product occupies minimal space during transit. Compared to plastic fiber optic slack storage, you can ship twice the quantity of these aluminum slack storage—ensuring faster and more cost-effective delivery right to your doorstep.

Core Materials
The main body of this product is manufactured from high-quality, high-strength aluminum alloy. This material strikes a perfect balance between weight, strength, and corrosion resistance. The surface typically undergoes anodizing or eco-friendly baked-paint treatment, which not only further enhances weather resistance but also imparts an aesthetically pleasing and cohesive visual appearance to the product. All fasteners and fittings are constructed from stainless steel, ensuring the long-term reliability of the overall structure.

Typical Application Scenarios

1.FTTx Aerial Cabling: Widely utilized in aerial optical cable routes—such as Fiber-to-the-Home (FTTH) and Fiber-to-the-Building (FTTB) deployments—to organize and store excess cable slack prior to splicing points or termination nodes.
2.Communication Poles and Base Stations: Deployed on various communication poles, towers, and base stations to secure and manage the excess length of aerial optical cables, such as ADSS (All-Dielectric Self-Supporting) cables.
3.Harsh Outdoor Environments: Particularly well-suited for highly corrosive outdoor settings—including coastal regions, industrial zones, and high-humidity areas—where its exceptional weather resistance ensures long-term, stable performance.

Specifications:

If you wish to purchase products in bulk and learn more about the detailed specifications, please feel free to contact us!