Drop-Forged Carbon Steel
Working Load Limits are Established for a Vertical Pull
Angular Lifts Place Additional Stress on Eyebolt and Should be Avoided
Plain Pattern Eyebolts Should be Firmly Seated with at Least 90% of the Thread Engaged with Threads Close to the Eye Fully Engaged
Eyebolts Should Never be Ground, Machined, Metal Stamped, Welded or Altered in Any Way
Eyebolt Capabilities Can be Affected by Temperature, DO NOT Use Carbon Steel Eyebolts at Temperatures Below 32° F (0° C)
Eyebolts Should be Routinely Inspected
Design Factor: 5 to 1
Meets or Exceeds All Requirements of ASME B18.15 and Tested to ASTM A489
DO NOT EXCEED THE WORKING LOAD LIMIT
Drop-Forged Carbon Steel
Working Load Limits are Established for a Vertical Pull
Angular Lifts Place Additional Stress on Eyebolt and Should be Avoided
Plain Pattern Eyebolts Should be Firmly Seated with at Least 90% of the Thread Engaged with Threads Close to the Eye Fully Engaged
Eyebolts Should Never be Ground, Machined, Metal Stamped, Welded or Altered in Any Way
Eyebolt Capabilities Can be Affected by Temperature, DO NOT Use Carbon Steel Eyebolts at Temperatures Below 32° F (0° C)
Eyebolts Should be Routinely Inspected
Design Factor: 5 to 1
Meets or Exceeds All Requirements of ASME B18.15 and Tested to ASTM A489
DO NOT EXCEED THE WORKING LOAD LIMIT