nVent Caddy J-Hook Hammer-On Clip Attachment | 5/16″ to 1/2″ Flange

The nVent CADDY J-Hook Hammer-On Clip Attachment for 5/16″ to 1/2″ Flanges is a fast and efficient structural attachment solution designed for supporting J-hook cable management systems on beam flanges in commercial and industrial environments. Engineered for structured cabling installers, electricians, telecom contractors, and low-voltage professionals, this hammer-on clip attachment simplifies overhead cable support installations while providing secure and reliable mounting performance.

Designed for compatibility with nVent CADDY J-hook systems, the hammer-on flange clip attaches directly to beam flanges ranging from 5/16 inch to 1/2 inch thick using only a hammer, eliminating the need for drilling, screws, or additional hardware. Its durable steel construction delivers dependable support for low-voltage, fiber optic, telecom, and communication cabling while helping maintain organized cable pathways and reducing installation time.

The swivel-style attachment design supports flexible cable routing directions and helps improve pathway organization in data centers, commercial buildings, warehouses, telecom rooms, and industrial facilities. Ideal for new construction and retrofit applications, this nVent CADDY attachment provides the durability and installation efficiency trusted by professional cable installers.

Key Features

• Designed for nVent CADDY J-hook cable support systems
• Fits beam flanges from 5/16″ to 1/2″ thick
• Hammer-on installation requires no drilling or additional hardware
• Durable steel construction for reliable overhead cable support
• Supports flexible cable routing and pathway organization
• Helps reduce installation time and labor costs
• Ideal for low-voltage, telecom, and structured cabling applications

Improve overhead cable support installations with the nVent CADDY J-Hook Hammer-On Clip Attachment, designed to deliver fast installation, dependable structural attachment, and professional cable management performance in demanding environments.