Methods For Controlling The Binding Force Of Stainless Steel Cable Ties

Different materials exhibit significant differences in their ability to withstand binding pressure. Plastic pipes or rubber hoses are prone to deformation when over-tightened, while metal fittings require greater tightening force to prevent loosening. stainless tie wraps When binding flexible materials, the strap should be pulled tight enough to just eliminate gaps. At this point, pressing the surface of the bound material with your finger will not result in an obvious indentation. For fixing rigid materials, stainless steel locking ties can be tightened with a special tool until the locking mechanism is fully engaged, which can resist displacement under vibration.

High temperatures can cause thermal expansion of the secured object, necessitating a certain amount of slack when binding. Wiring harnesses on ships or vehicles are subject to continuous vibration, and steel tie wraps harnesses need to be tightened to the point that there is no relative slippage between the harness and the bundled object. When fixing pipes for outdoor facilities, wind load and snow load must also be considered. At this time, the binding force should reach 60%-80% of the rated tensile force of black metal zip tiesstainless wire ties. Measuring the tensile force during tightening with a tension meter allows for accurate control of the binding tightness.