Universal Pole Bracket

Centralize your aerial network infrastructure with the Universal Pole Bracket, the definitive mounting solution for modern fiber deployments. Driven by a powerful processor of mechanical resilience—cast from high-grade, corrosion-resistant aluminum alloy—this bracket is engineered to withstand the 2026 demands of high-density urban and rural utility poles. The UPB features multiple high-tensile mounting points, allowing for the simultaneous attachment of up to five PA 1500 tension clamps or J-Hook suspension clamps. Whether you are managing a straight-line run, a 90-degree turn, or a complex multi-directional distribution point, the Universal Pole Bracket provides the structural stability required to keep your fiber lines at the correct tension and height.

The 2026 UPB series is designed for universal compatibility, featuring a versatile rear profile that fits perfectly on round, square, or octagonal poles made of wood, concrete, or steel. It can be secured using either 20mm stainless steel banding or standard M14/M16 pole bolts, offering maximum flexibility for field crews. Each bracket undergoes rigorous load-bearing and salt-spray testing, ensuring a 25-year service life even in harsh coastal or industrial environments. With its smooth, rounded edges and reinforced structural ribs, the UPB prevents cable chafing and structural fatigue, making it the professional choice for both backbone and last-mile fiber architectures.

Universal Pole Bracket (UPB) Highlights:

• Multi-Directional Mounting: Features five dedicated anchoring points, enabling the installation of several cables in different directions from a single bracket.

• Marine-Grade Aluminum Construction: Precision-cast alloy provides an exceptional strength-to-weight ratio and natural resistance to oxidation.

• Universal Fastening Options: Optimized for use with 20mm (3/4″) stainless steel strapping or through-bolts, adapting to any pole material or diameter.

• High-Load Rating: Engineered to support a combined working load of up to 15kN, ensuring stability during extreme wind or ice-loading events.