The Cushioned Sheath Structure Of The Stainless Steel Cable Ties And Its Compatibility With Elastic Materials
In the field of modern industrial equipment and cable management, steel cable ties is widely used in various assembly scenarios due to its corrosion resistance and mechanical properties. steel zip ties is typically made of 304 or 316 stainless steel, which has good chemical resistance and structural stability and can adapt to a wide range of ambient temperatures.
Through an integrated sheath-type buffer structure, stainless zip ties exhibits a gentler mechanical response when in contact with elastic objects. This structure places an elastic medium along the stress path at the joint point to disperse localized stress concentration, creating a transition buffer between the flexible material and the metal cable tie, which helps extend the service life of the mating parts and the fixed objects. This design follows the industry's basic structure for reliable fastening of stainless cable ties, while introducing a buffer layer at the interface to accommodate the deformation characteristics of the elastomer.
In practical applications, the ball-loaded self-locking snap-fit design combined with the sheath allows for quick installation. During operation, the tail of metal tie wraps is passed through the head ball mechanism; after tightening, the ball automatically retracts to lock. Due to the increased coefficient of friction from the sheath layer, compared to the smooth surface of stainless steel tie wraps, the plastic-coated product has better anti-slip performance when fixing smooth rubber products.
