What are the most common failures or problems encountered when using Stainless Steel Strapping?

Despite its superior performance, Stainless Steel Strapping can still experience the following common failures during actual use:

Corrosion and Aging:

Although stainless steel has strong corrosion resistance, in high chloride environments or when exposed to seawater for extended periods, if the surface protective film is damaged, A.C. corrosion or localized rusting may occur. This not only affects the appearance but can also lead to a decrease in strength, especially when using Marine Grade 316 stainless steel; if not properly maintained, corrosion problems will be even more significant.

Insufficient or Excessive Tension:

Stainless Steel Strapping requires precise tension control. If the tension used is too low (e.g., the operator does not apply sufficient tension according to standards), it may lead to insecure bundling, resulting in slippage or loosening; conversely, excessive tension may cause the strap itself to break or crush the bundled object.

Mechanical Wear and Breakage:

During the use of automatic strapping machines or manual tools, if the machine is not properly maintained (e.g., sensor failure, severe wear), it may cause the strap to be damaged during winding or locking, resulting in localized cracks or breakage. Frequent bending and unlocking operations can also lead to fatigue cracking of the strap.