Stainless Steel Ladder Cable Tie, Tensile Strength: 150 kgf, 200 mm

What are SS Ladder Cable Ties These are cable ties made of stainless steel (grades such as SS304 or SS316) with a "ladder" design—i.e. slots or rungs along the strap so that the locking pawl can engage at multiple points. They are used in environments where normal nylon cable ties may fail (high temperature, chemical / corrosive, vibration, UV, etc.). They often come in uncoated (bare stainless) and coated (e.g. polyester / epoxy coating) versions. The coating can protect the bundled items and provide additional corrosion resistance (but may limit the upper temperature rating). Typical operating temperature ranges: — For uncoated stainless steel versions: approx –80 °C up to +500 °C (varies by grade) — For coated versions: the coating often limits the high end (for example, some coated ladder ties are rated up to +150 °C) Key Specifications / Parameters to Select When selecting SS ladder cable ties, these are the main parameters you should check: ParameterWhat to checkWhy it matters Stainless grade (304 vs 316 etc.) 316 provides better corrosion resistance (especially in marine / chemical environments) For aggressive or salt-laden atmospheres Coated vs Uncoated Coated (e.g. polyester / epoxy) protects bundle surface, but may reduce temperature tolerance To prevent abrasion and protect wiring insulation Width Common widths are 7 mm, 12 mm etc. Wider straps generally can carry more load Length / Maximum bundle diameter You must pick length that can encircle the bundle plus margin; manufacturers often list "max bundle dia" for that length To ensure the tie will fit around what you need Tensile / loop strength Check the rated load (Newton, or lbs) To ensure the tie won't fail under mechanical stress Operating temperature range Especially important for your environment To ensure the tie does not degrade or fail Self-locking / locking mechanism Ladder ties often have multiple locking slots; check that the pawl is robust and will not slip For reliability under vibration, etc.