L H Dottie Co CWC6 Ceiling Wire 1-1/4 Inch Pin

Product Description

The L H Dottie Co CWC6 is a ceiling suspension wire fitted with a 1-1/4 inch pin, designed to support drop ceiling grid systems and suspended ceiling assemblies. This type of hanger wire is a standard component in commercial and residential ceiling installations, allowing contractors and electricians to secure grid framework to overhead structural members. The pin-end design allows for quick insertion into concrete or structural decking without additional fasteners, streamlining the hanging process during new construction or ceiling renovation work.

The CWC6 is suited for suspended ceiling grid installations in commercial office spaces, retail environments, schools, healthcare facilities, and residential applications where a drop ceiling is required. It is typically installed by electrical contractors, general contractors, or ceiling installers working with standard T-bar grid systems. The 1-1/4 inch pin length accommodates common overhead deck attachment scenarios encountered in light commercial and residential construction.

Key Features

• 1-1/4 inch pin end for direct insertion into overhead structural decks
• Designed for use with standard suspended drop ceiling grid systems
• Sold individually, allowing precise quantity ordering per project need
• Compact hanger wire format reduces installation time on ceiling grid layouts

Compatibility

Designed as an OEM-style replacement and standard component for suspended drop ceiling grid installations using conventional T-bar or acoustic tile grid frameworks.

Installation Notes

Installation is typically performed by electrical or general contractors working on suspended ceiling systems. Ensure overhead structural members are capable of supporting the intended ceiling grid load before attaching hanger wires. Follow local building codes and manufacturer grid specifications for maximum wire spacing and load ratings. Do not overtension or kink the wire during installation, as this can compromise the structural integrity of the suspension.