nVent Caddy Hammer-On Flange Clip with Bottom Mount | 13/16″ to 1 1/8″ Flange

The nVent CADDY Hammer-On Flange Clip with Bottom Mount for 13/16″ to 1 1/8″ Flanges is a heavy-duty structural attachment solution designed for securely mounting electrical, mechanical, and low-voltage support systems to steel beam flanges. Built for electricians, structured cabling installers, contractors, and industrial professionals, this hammer-on clip provides fast and reliable attachment without the need for drilling, welding, or additional hardware.

Engineered for beam flanges ranging from 13/16 inch to 1 1/8 inch thick, the nVent CADDY Hammer-On Flange Clip features a bottom-mount design that supports threaded rod, bridle rings, cable supports, conduit hangers, and various overhead infrastructure components. Its durable steel construction delivers dependable load support in demanding commercial, industrial, and data center environments while helping reduce installation time and labor costs.

Designed for fast hammer-on installation, this flange clip streamlines overhead support system mounting in warehouses, manufacturing facilities, office buildings, utility projects, and telecom infrastructure installations. Whether supporting conduit, cable pathways, lighting systems, or low-voltage cabling, the nVent CADDY Hammer-On Flange Clip provides the strength, efficiency, and reliability trusted by professional installers.

Key Features

• Fits beam flanges from 13/16″ to 1 1/8″ thick
• Hammer-on installation requires no drilling or welding
• Bottom-mount design for versatile support applications
• Durable steel construction for dependable load support
• Ideal for electrical, mechanical, and low-voltage installations
• Helps reduce installation time and labor costs
• Suitable for commercial and industrial structural applications

Simplify structural attachment installations with the nVent CADDY Hammer-On Flange Clip with Bottom Mount, designed to deliver fast installation, reliable beam attachment, and professional-grade support performance in demanding environments.