Giantlok 370 mm UV Cable Ties

Giantlok 370 mm UV cable ties are professional-grade, extended-length fastening solutions specifically engineered for high-capacity bundling and heavy-duty cable management. These ties are optimized for outdoor utility-scale solar projects, telecommunications towers, and industrial infrastructure where large-diameter wire harnesses or structural attachments are required.

System Overview

In large-scale installations, standard cable ties often lack the length or environmental resistance required to secure thick cable bundles to oversized structural members like purlins or rafters. Giantlok 370 mm UV-stabilized ties address this by providing an increased bundling diameter and a specialized chemical composition. By incorporating high-grade carbon black into the Polyamide 6.6 resin, these ties resist the molecular degradation caused by ultraviolet radiation, ensuring the fasteners do not snap or become brittle under constant solar exposure.

Key Features and Functions

• Maximum UV Resistance: Formulated to withstand intense solar radiation and extreme weathering, ensuring a service life that matches long-term outdoor infrastructure.
• Extended Reach: The 370 mm length is designed for securing large-scale DC cable bundles or fixing cables to wide-profile mounting rails and structural beams.
• High Extraction Force: Features a precision-molded locking head and heavy-duty pawl that provides a high loop tensile strength, essential for supporting the weight of multiple high-gauge cables.
• Safe Installation Design: Manufactured with a rounded tip and smooth edges to facilitate easy threading and to prevent damage to cable insulation or the installer’s hands.

 Operational Importance

In utility-scale solar farms, the organization of large DC feeder cables is critical for preventing ground faults and maintaining system efficiency. The 370 mm UV tie allows for secure, centralized cable routing that keeps heavy wiring off the ground and away from potential water accumulation. This length is particularly useful for mounting cables to non-standard structural profiles where shorter ties would fail to reach. Proper application of these heavy-duty fasteners ensures that the Balance of System (BOS) remains secure against wind-induced mechanical stress and thermal expansion over the project’s multi-decade lifespan.