Thomas & Betts Cable Tie 24-Inch Extra Heavy-Duty Nylon 6.6 Natural

Thomas & Betts Cable Tie 24-Inch Extra Heavy-Duty Nylon 6.6 Natural

Professional Cable Management Solution

The Thomas & Betts 24-Inch Extra Heavy-Duty Cable Tie delivers reliable cable management performance for demanding electrical installations. This nylon 6.6 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

Extra Heavy-Duty Performance

• 24-Inch Length - Accommodates large cable bundles up to 7.2 inches in diameter for comprehensive cable management
• Nylon 6.6 Construction - Superior material strength and durability for long-lasting electrical installations
• Natural Color Finish - Professional appearance that blends with most electrical environments
• UL 94 V-2 Flammability Rating - Meets fire safety standards for electrical applications and building codes

Temperature & Environmental Reliability

• -40°F to 185°F Operating Range - Performs reliably in extreme temperature conditions from cold storage to heated industrial environments
• 0.345-Inch Width - Optimal width for secure bundling without excessive bulk in electrical enclosures
• Professional Grade Material - Thomas & Betts nylon 6.6 formulation provides consistent performance and reliability

Technical Specifications

Length: 24 inches, Width: 0.345 inches, Material: Nylon 6.6, Color: Natural, Maximum Bundle Diameter: 7.2 inches, Temperature Rating: -40°F to 185°F, Flammability Rating: UL 94 V-2, Department: Electrical, Application Tools: L-300C

Installation & Usage

1. Position cable tie around cable bundle ensuring proper alignment and spacing
2. Insert tail end through head opening and pull tight to desired tension
3. Verify secure engagement of locking mechanism for permanent installation
4. Trim excess tail length with appropriate cutting tools for professional appearance
5. Inspect installation to ensure proper bundle support without over-tightening
6. Use recommended L-300C application tool for consistent professional installations

Professional Applications

Ideal for:

• Industrial Cable Management - Heavy-duty bundling for manufacturing facilities and industrial electrical systems
• Commercial Electrical Installations - Professional cable organization in office buildings and commercial facilities
• Data Center Applications - Reliable cable management for server rooms and telecommunications installations
• Electrical Panel Organization - Secure bundling of control wiring and power distribution cables
• HVAC System Wiring - Temperature-resistant cable management for heating and cooling system installations
• Outdoor Electrical Applications - Weather-resistant performance for exterior electrical installations
• Maintenance and Retrofit Projects - Professional cable organization during electrical system upgrades
• Contractor Installation Work - Reliable cable tie solution for electrical contractors and facility maintenance teams

Nylon 6.6 Material Advantage

Thomas & Betts selection of nylon 6.6 material provides superior tensile strength, chemical resistance, and temperature stability compared to standard cable tie materials. This professional-grade polymer maintains its mechanical properties across the full temperature range, ensuring reliable long-term performance in demanding electrical environments while meeting UL flammability standards for safe electrical installations.

Why Choose Thomas & Betts Quality?

With decades of established experience in electrical infrastructure solutions, Thomas & Betts maintains unwavering commitment to professional quality standards and trusted reliability for electrical contractors and facility managers. Every cable tie is engineered to meet the demanding requirements of professional electrical installations, providing the consistent performance and durability that electrical professionals depend on for critical infrastructure projects.