Nishiyuenyi J Hook Straight Handle Hook Metal Strong Load Bearing Suspension Hook Heavy Duty

Nishiyuenyi J Hook Straight Handle Hook Metal Strong Load Bearing Suspension Hook Heavy Duty.This 13inch J hook is versatile and can be used in various settings such as automobile manufacturing, casting machinery, factory operations, construction projects, and bridge construction, etcEach package comes with 1 heavy duty J hook with hanging holeThe j shaped hook is made from alloy steel through a forging process which ensures its longevity and enhanced load bearing capacityThis 13inch J hook for lifting is easy to use, sturdy yet manageable to handleThe total length of the j hook is 36.5 cm/14.37 inch with a hole width of 1.8 cm/0.71 inch. It has an opening width of 10 cm/3.94 inch and a bottom thickness of 3.2 cm/1.26 inchJ Hook J Type Hook Heavy Duty. Strong Load Bearing Bridge Construction Portable. Automobile Manufacturing Casting Machinery. Factory Operations Construction Projects. Multipurpose Alloy Steel with Hanging Hole.

• [Package Includes]: Each package comes with 1 heavy duty J hook with hanging hole
• [Product Dimensions]: The total length of the j hook is 36.5 cm/14.37 inch with a hole width of 1.8 cm/0.71 inch. It has an opening width of 10 cm/3.94 inch and a bottom thickness of 3.2 cm/1.26 inch
• [Easy To Use]This 13inch J hook for lifting is easy to use, sturdy yet manageable to handle
• [Wide Application]: This 13inch J hook is versatile and can be used in various settings such as automobile manufacturing, casting machinery, factory operations, construction projects, and bridge construction, etc
• [Heavy Duty]: The j shaped hook is made from alloy steel through a forging process which ensures its longevity and enhanced load bearing capacity
• Specification:
  Material: Alloy Steel
  Size Chart:
  Total Length 36.5 cm/14.37 inch
  Hole Width 1.8 cm/0.71 inch
  Opening Width 10 cm/3.94 inch
  Bottom Thickness 3.2 cm/1.26 inch
  Package Includes:
  1 J Hook
  Note:
  Please allow slightly errors 1-2cm differences due to manual measurement.