NYLON CABLE TIE STEEL INLAY

Precision Locking Mechanism:

Stainless Steel Locking: The stainless-steel tooth allows the tie to lock securely at any position along the smooth tie body. Application: Industries requiring high precision, such as aerospace, automotive, AI, and automated machinery, benefit from the smooth design and precise locking of steel-tooth cable ties.

Difference with Nylon: Plastic-tooth ties rely on notches along the tie body for locking. This limits the locking position to specific intervals, creating gaps between the tie and the bundled object.

Vibration Resistance

The stainless-steel locking mechanism maintains stability under high-frequency vibrations, acceleration, and aerodynamic forces, ensuring long-term durability.

Plastic Limitation: Plastic locking mechanisms are prone to wear and breakage under constant movement, causing loosening or failure.

Resistance to Extreme Climate Conditions

Stainless steel can withstand extreme temperature fluctuations, maintaining strength and stability in both low and high-temperature environments.

It is also resistant to UV radiation, ensuring that its structure remains unchanged even after prolonged exposure to intense sunlight or harsh outdoor conditions.

Plastic Limitation: Nylon or polyester ties soften, deform, or crack in high temperatures, and they become brittle and prone to breaking in extremely low temperatures. Exposure to UV rays accelerates their degradation.