Acconet 100 Pack White 370×4.8mm Cable Tie | AC-CT-370×48-W

R88,55

Streamline your wiring projects with the professional-grade Acconet 370×4.8mm Cable Ties. Engineered from heavy-duty Nylon 66, these high-tensile fasteners deliver maximum grip and long-lasting reliability for demanding residential, commercial, and industrial applications.

77 in stock

SKU: AC-CT-370x48-W

Description

The Acconet 100 Pack White 370×4.8mm Cable Tie (AC-CT-370×48-W) is engineered for professionals and DIY enthusiasts who demand secure, permanent wire management. Manufactured from high-grade Nylon 66, these ties combine superior tensile strength with exceptional resistance to environmental stress, ensuring your installations stay organized and locked in place.

  • Dimensions: 370mm length by 4.8mm width for versatile bundling capacity
  • Material: Premium Nylon 66 for enhanced durability and longevity
  • Color: Clean, professional white finish suitable for visible or indoor installations
  • Design: Low insertion force mechanism allows for fast, effortless tightening while preventing hand fatigue

Whether you are managing complex server racks, automotive wiring harnesses, or general household cord organization, these cable ties offer dependable performance under pressure. The self-locking one-piece design ensures a non-slip grip that will not loosen over time.

Frequently Asked Questions (FAQ)

What is the maximum bundle diameter these cable ties can handle?
With a 370mm total length, these ties can comfortably bundle cable groups up to approximately 100mm in diameter, making them ideal for medium to large wire harnesses.

Are these cable ties suitable for outdoor use?
While they are primarily designed for indoor applications due to the white Nylon 66 material lacking UV stabilizers, they offer excellent durability and strength in climate-controlled environments.

What is the tensile strength of the AC-CT-370×48-W model?
These 4.8mm wide ties offer high industrial-grade tensile strength, capable of securing heavy loads without snapping or stretching under normal operational tension.