Thomas & Betts Cable Tie 12-Inch 50-Pound Natural Nylon General Purpose

Thomas & Betts Cable Tie 12-Inch 50-Pound Natural Nylon General Purpose

Professional Cable Management Solution

The Thomas & Betts Cable Tie 12-Inch 50-Pound delivers reliable cable management performance for electrical installations and wire bundling applications. This natural nylon cable tie provides dependable performance designed for electrical contractors, industrial facilities, and commercial installations, offering the trusted performance and quality that professionals expect from America's established electrical infrastructure manufacturer.

Professional Features & Benefits

High-Strength Performance

• 50-Pound Tensile Strength - Provides secure bundling capacity for heavy-duty electrical applications with reliable holding power
• 12-Inch Length - Accommodates bundle diameters up to 2.992 inches for versatile cable management applications
• Natural Nylon Construction - Nylon/Polyamide 6.6 material delivers excellent durability and chemical resistance for long-term performance
• Plastic Pawl Lock Mechanism - Ensures secure closure with reliable engagement that maintains consistent tension

Professional Installation

• General Purpose Design - Versatile cable tie suitable for wide range of electrical and industrial bundling applications
• UL Listed Quality - Meets UL E49405 standards for electrical safety and performance reliability
• V-2 Flammability Rating - Provides appropriate fire resistance characteristics for electrical installations

Technical Specifications

Length: 12 inches, Tensile Strength: 50 pounds (222 N), Maximum Bundle Diameter: 2.992 inches (76 mm), Material: Nylon/Polyamide 6.6, Color: Natural, Lock Type: Plastic Pawl, Thickness: 0.047 inches (1.2 mm), Width: 0.184 inches (4.674 mm), Flammability Rating: V-2, Standards: UL E49405, Product Type: General Purpose, Product Group: Wiring Accessories, Product Subgroup: Cable Ties, Department: Electrical

Installation & Usage

1. Gather cables or wires to be bundled ensuring proper organization and routing
2. Thread the cable tie tail through the head opening until it engages the pawl mechanism
3. Position the tie around the cable bundle at the desired location
4. Pull the tail through the head to tighten, ensuring even pressure distribution
5. Continue tightening until the bundle is secure but not over-compressed
6. Trim excess tail length with appropriate cutting tools for clean installation

Professional Applications

Ideal for:

• Electrical Panel Organization - Bundling and routing wires within electrical panels and control cabinets
• Conduit and Raceway Systems - Securing cable groups before installation in conduit systems
• Industrial Facility Maintenance - Cable management in manufacturing and processing environments
• Commercial Construction - Wire bundling during new construction and renovation projects
• Telecommunications Infrastructure - Managing data and communication cable installations
• HVAC System Wiring - Organizing control and power wiring for heating and cooling systems
• Electrical Contractor Applications - Professional cable management for residential and commercial electrical work
• Facility Electrical Maintenance - Ongoing cable organization and management in existing installations

Nylon Construction Advantage

Thomas & Betts selection of Nylon/Polyamide 6.6 material provides excellent tensile strength, chemical resistance, and durability for electrical applications. The natural color offers professional appearance while the material composition ensures long-term performance in various environmental conditions typical of electrical installations.

Why Choose Thomas & Betts Quality?

Thomas & Betts brings decades of established experience in electrical infrastructure solutions, maintaining commitment to professional quality standards and trusted reliability for electrical contractors and facility managers. Our cable ties are engineered to meet the demanding requirements of professional electrical installations with consistent performance and dependable quality.