New-Generation HellermannTyton Stud Mount Cable Ties Deliver High Performance

Unique opening, special materials provide reliable stud retention for auto, truck and heavy equipment industries.

MILWAUKEE - HellermannTyton announces a new line of high-performance stud mount cable ties, a family of fasteners designed to bundle wires, cables or hoses and then easily press on to a threaded stud or bolt without tools. Available immediately, the product will give auto, truck and heavy equipment manufacturers a convenient and versatile alternative to route wiring and cables.

The mounts are designed to fit a range of stud sizes from M5 to M12. They offer some of the lowest insertion force requirements in the category while delivering up to an 80-pound extraction force.

“This product line sets a new standard in stud mount tie performance,” said Automotive Product Manager James Teece. “The mount is easy to install, and retention is superior to anything like it on the market.”

The mount and cable tie are made from high impact modified, heat and UV stabilized PA66 material for standard applications, and options are also available in high-heat materials for elevated-temperature applications. Many of today’s advanced engines are producing more horsepower and torque than ever before. The additional heat under the hood necessitates bundling and routing components that can take the abuse.

With a variety of configurations, including offset and low profile, this product line has a solution for many markets.

Download the brochure.

About HellermannTyton

HellermannTyton is a global manufacturer of cable management and identification solutions for automotive, solar, electrical, construction, industrial automation, broadband and other OEM markets. The company's integrated approach to product design, sustainability, production, quality assurance and delivery is optimized to benefit local and global customers. HellermannTyton operates in 39 countries, with North American headquarters in Milwaukee, Wisconsin. (www.hellermann.tyton.com).