Platinum Tools JH12W-25 Batwing J-hook 3/4 Inch

Product Description

The PLATINUM TOOLS JH12W-25 is a 3/4 inch batwing-style J-hook designed for routing and supporting low-voltage cables, data cables, and communications wiring in commercial and residential installations. The batwing profile allows installers to snap cables in from the side without threading, speeding up cable management runs through drop ceilings, open plenum spaces, and stud bays. Sized at 12, this hook fits standard trade hanger rod and beam clamp hardware commonly used by low-voltage and data cabling technicians.

This J-hook is suited for structured cabling installations, including Cat5e, Cat6, and Cat6A horizontal runs, as well as fiber and coaxial support applications. It is typically installed by low-voltage technicians, data cabling contractors, and telecommunications installers working in commercial office builds, schools, healthcare facilities, and similar environments where cable management compliance is required. The hook is sold individually and is designed to work with standard threaded rod drop systems and beam clamp assemblies.

Key Features

• Batwing profile allows side-loading of cables without threading — speeds up installation on long runs
• 3/4 inch cable bundle capacity suitable for small to mid-size cable groups
• Size 12 form factor compatible with standard hanger rod and support hardware
• Designed for low-voltage, data, and communications cable support applications
• Sold as individual unit for flexible quantity purchasing

Compatibility

Designed as an OEM-style support accessory for low-voltage and structured cabling installations using standard threaded rod and beam clamp hanger systems.

Installation Notes

Installation is typically performed by licensed low-voltage or data cabling technicians in accordance with applicable local and national codes, including BICSI guidelines and NEC Article 800 for communications wiring. Ensure hanger rod or support structure is secured before loading cables onto hooks. Do not exceed the cable bundle capacity of the hook, and avoid sharp bend radii that could damage cable jacketing or degrade signal performance.