Machinery Eye Bolt With Shoulder, 3/4"-10, 2 in Shank, 1-1/2 in ID, Steel, Plain

KEN FORGING — Eye Bolts — Machinery Eye Bolt With Shoulder, 3/4"-10, 2 in Shank, 1-1/2 in ID, Steel, Plain

This Eye Bolts from KEN FORGING supports day-to-day operations where predictable fit and dependable handling matter.

Quick specs

• Material: Steel
• Finish: Plain
• System of Measurement: Inch
• Overall Length: 5-1/16 in
• Manufacturer Part Number: K2028
• UPC: -

Product information

• Manufacturer Part Number: K2028
• UPC: -
• Country of Origin: United States

Dimensions

• Overall Length: 5-1/16 in
• Thread Length: 2"
• Screw Size: 3/4 in
• Shoulder Length: 9/32 in
• Shank Diameter: 3/4 in
• Shoulder Diameter: 1-3/16 in
• Eye Outside Diameter: 2 13/16 in
• Eye Outside Dia.: 2 13/16 in
• Dia./Thread Size: 3/4"-10
• Shoulder Dia.: 1.12 in to 1.25 in
• Shank Dia.: 3/4 in
• Eye Inside Dia.: 1 1/2 in
• Thread Size: 3/4"-10
• Shank Length: 2 in
• Eye Inside Diameter: 1-1/2 in

Details

• Shoulder Style: With Shoulder
• System of Measurement: Inch
• Material: Steel
• Finish: Plain
• Working Load Limit: 5,000 lb
• Application: Lifting
• Eyebolt Type: Lift with Shoulder
• Type: Lift with Shoulder
• Material Quality Standard: ASTM A489
• Thread Type: Coarse
• Eye Closure: Closed
• Pack Size: Small Pack
• Standards: ASME B18.15
• Globally Sourced: Made in USA*
• Includes Nut: No
• Dimensional Standards: ASME B18.15
• Manufacturer Location: Made in USA*
• Material Quality Standards: ASTM A489
• Drive Type: No Drive
• Thread Style: Fully Threaded

This Eye Bolts is selected for dependable day-to-day use.

Recommended for planned maintenance programs and designed to support reliable operation in demanding environments.

Highlights

• Clear specification formatting helps reduce ordering mistakes.
• Organized for straightforward purchasing and stocking.
• Suitable for maintenance, repair, and project-based procurement.
• Helps keep specifications consistent across replacements and replenishment cycles.

Notes: Verify measurement standards, tolerances, and compatibility with existing assemblies before purchase.