- High-Performance Material
- Optimum Surface-to-Surface Contact
- Maximim Hook, Chain & Sling Movement
- Maximum Hook/Sling Attachment & Retention
- Reduced Equipment/Component Failure
- Reduces Risk of Dropping Loads

- 4:1 Safety Factor Engineering Specification
- 1 Piece Monolithic Style Shoulder Design
- Lug Shoulder with Flats can be Torqued to Specs (if required)
- Capacity Rated
- Die Lot Numbered
- Stamped Info
- Meets and Exceeds Standards & Requirements

- Long Life, High-Grade Material
- Tough, Durable Construction
- Smooth Contours for Use & Handling
- No Sharp Edges or Corners that Cause Accessory Damage
- Design Reduces/Eliminates Load Shock & Load Jerking
- Know precisely the Condition and Wear at all times
- NO Moving or Hidden Secondary Components
- Can be Permanently Attached (if desired)

- Eliminates Hook, Chain & Sling Lifting Angle Alignment Problems
- Shoulder with Flats for Faster, Easier Installation and Removal
- Easier/Faster to Attach Hooks, Chains, Slings & Lifting Devices
- Increases & Improves Handling, Moving/Changing Productivity
- Smoother, Easier, Faster & Safer to Turn and/or Flip Dies & Molds
- Save time Inspecting as all Wear and Damage is Highly Visible

1. Tapped holes must be fully tapped, clean, and dry prior to installation of a Lift Lug.clean, dry threads).
2. The Shoulder of each Lift Lug must always bottom out squarely and firmly against the face of the die shoe or surface of material in contact with the Lift Lug being installed.
3. The load to be applied must be perpendicular to the axis of the Lift Lug.
4. The Weight of the Load Cannot Exceed the Lift Lug Maximum Load Capacity stamped on the end of the lug.
5. Lugs MUST BE securely & adequately tightened so as not to loosen or back off.
CAUTION: Lift Lugs, like other threaded products, may loosen and fail if not adequately tightened!
(If you choose to Tighten to a Torque Spec, see Chart Below showing suggested Torque Values for each size)
6. When used for lifting, the load on each lug Must Not exceed the maximum load specified for that model.
See Maximum Load Chart below
7. Lift Lugs MUST NOT be used or exposed to environments exceeding 700 degrees Fahrenheit (F).
8. LIFT LUG INSPECTIONS: (Also consult all applicable Laws and Standards for additional Inspection & Testing requirements)

REGULAR INSPECTIONS Required: It is recommended and required that Lifting Devices such as Lift Lugs be inspected visually prior to use, during each shift and/or at least daily, whichever is most appropriate and applicable to your operation. Lift Lugs are to be inspected for evidence of cracking, wear, deformation, heat, chemical exposure, abuse, fatigue or other elements not specified that would contribute to weakening and/or degradation and suspected thinning of the shaft of the Lift Lug. The following Maximum Wear Chart indicates shaft wear tolerances for each model. If the Lift Lug is determined to be weakened, defective or unsafe for any reason, or the shaft is found to be at the minimum shaft diameter, that Lift Lug must be removed from service immediately. See Maximum Load Chart below.

ANNUAL INSPECTIONS Required: It is recommended and required that Lifting Devices such as Lift Lugs be inspected Annually, or more frequently as required by laws and standards, using magnetic particle inspection, dye penetrant and other industry accepted and approved non-destructive testing methods, equipment, practices and procedures testing for evidence of items such as cracking, wear, deformation, heat, chemical exposure, abuse, fatigue or other unsafe elements or conditions not specified that would contribute to the weakening and/or degradation of the Lug. All defective, weakened and/or unsafe Lift Lugs are to be removed from service immediately.

Any Lug failing Regular or Annual Inspections or testing failure requires the lug to be removed from service immediately.