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Heavy Duty Stainless Steel Cable Ties have a tensile strength from 100 lbs. to 250 lbs. They are designed to secure hoses, cables, poles, pipes and more when harsh environmental conditions may adversely affect the bundling application. Stainless Steel Ties are ideal where corrosion, vibration, weathering, radiation and temperature extremes are a concern. They can be used in virtually any indoor, outdoor or underground application.
Unit of Measure

Specifications

Material

N/A 316 Stainless Steel

Finish

N/A Plain

Tensile Strength

N/A 150 lb

Head Width

N/A 0.180 in4.60 mm

Maximum Bundle Size

N/A 4 in102 mm

Strap Width

N/A 0.260 in6.50 mm

Temperature Rating

N/A -80 to 538 ºC-112 to 1000 ºF

Approximate Length (Decimal)

N/A 363.00 mm14.300 in

Weight

N/A 0.51 lb

Features and Benefits

Features and Benefits

N/A
  • Smooth, rounded edges help ensure safe, efficient handling
  • Multiple Bundle Sizes per Tie Size
  • Low profile enclosed bearing head with fully adjustable strap
  • 10 sizes in 304 SS and 11 sizes in 316 SS
  • Tensile Unlocking Strengths of 100 lbs. and 250 lbs. for 316 steel.
  • Ergonomically designed installation tool consistently tensions and cuts off ties leaving flush edges.
  • Can be used in environments that are subjected to extremes of temperature.
  • Flame retardant and non-toxic for applications where safety from fire is critical.
  • A complete stainless steel marking system is also available.
Grade 316 is highly resistant to corrosion and widely used in marine environments where chemicals, salts, acids and temperature extremes may affect the bundling application.*Note: 316 Steel Cable Ties are also available with a Nylon II Protective Coating that helps to further protect ties from chemical reactions of dissimilar metals.

Note

Note

N/A Stainless Steel Ties should be tested thoroughly with materials under end-use conditions to determine application suitability.

316 Steel Cable Ties are also available with a Nylon II Protective Coating that helps to further protect ties from chemical reactions of dissimilar metals.