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Ty-Rap High-Performance Cable Ties

Engineered for labor savings and high performance

In 1958, Maurus Logan invented and patented ABB’s Ty-Rap® cable tie to simplify complex wiring in aircraft. That single idea transformed how industries manage and secure cables, becoming the global standard for fastening solutions.

Today, over 30 billion Ty-Rap cable ties have been installed worldwide and are found virtually everywhere – from NASCAR® racing engines to backyard tool sheds and NASA’s Mars Perseverance Rover.

 



 

Key benefits

Made in Vega Baja, Puerto Rico, the Ty-Rap cable ties from ABB Installation Products provide superior performance, including resistance against extreme temperatures, flames, continuous sunlight, UV radiation and aggressive chemicals and meeting heavy tensile strength requirements.

  • 25+ different varieties – Multiple materials meet a range of industry needs, such as oil and gas, food and beverage, automotive, marine and aerospace
  • Grip of steel – Securely locks with corrosion-resistant marine-grade stainless steel barb 
  • Protect bundles – Smooth, rounded body with molded ribs and stipples firmly grips the bundle while protecting conductors from damage
  • Safety and reliability – Oval head with rounded edges protects adjacent bundles and improves product life
  • Fewer stress points – Increases durability because of solid body construction  
  • Easy installation – Thin and turned-up tail with grips makes orientation and handling easy 
  • Extensive choice – Wide range of special materials and size combinations 
  • UL listed – Extensive range of approvals and certifications
     
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Ty-Rap Cable Ties


 

Products

Help protect against costly contamination and waste in hygiene-critical locations.
Suited for most indoor applications.
Recommended for outdoor applications.
Optimized for outdoor applications with high temperatures.
Available in 10 colors. 
Designed for applications requiring low flammability and low smoke.
Suited for operating temperatures up to 105 °C (221 °F).
Engineered for high temperature environments.
Helps increase resistance to chemicals.
Designed for outstanding performance of flame resistance and low smoke densisty if burned.
Best suited for extreme environments.
Designed for high performance in railway applications.