Type 316 Stainless steel shackles are great for high humidity or marine applications. Stainless steel has a sufficient amount of chromium present so that a chromium oxide film forms. This film prevents further corrosion and prevents it from spreading to the internal part of the anchor shackle.
Spec Sheet
⚠️Warning: Shackles
Never exceed the maximum working load limit / load capacity. Doing so can result in product failure leading to injury or death.
Do not replace the shackle pin with a bolt or unidentified pins.
Do not pull the shackle at an angle.
If the pin can roll and unscrew, do not use screw pin shackles or allow pins to be in contact with moving parts.
Round pin shackles restrained only by a cotter pin should not be used for overhead lifting.
Do not use force to get shackles into position, such as hammering or wedging.
When using slings with more than one leg, do not exceed a 120 degree angle.
Inspect prior to each use. Do not use shackles with bent pins, deformed bodies, or other signs of damage.
Type 316 Stainless steel shackles are great for high humidity or marine applications. Stainless steel has a sufficient amount of chromium present so that a chromium oxide film forms. This film prevents further corrosion and prevents it from spreading to the internal part of the anchor shackle.
Spec Sheet
⚠️Warning: Shackles
Never exceed the maximum working load limit / load capacity. Doing so can result in product failure leading to injury or death.
Do not replace the shackle pin with a bolt or unidentified pins.
Do not pull the shackle at an angle.
If the pin can roll and unscrew, do not use screw pin shackles or allow pins to be in contact with moving parts.
Round pin shackles restrained only by a cotter pin should not be used for overhead lifting.
Do not use force to get shackles into position, such as hammering or wedging.
When using slings with more than one leg, do not exceed a 120 degree angle.
Inspect prior to each use. Do not use shackles with bent pins, deformed bodies, or other signs of damage.
