Eye Bolts Manufacturer
Forged Stainless Steel Eye Bolts
Just some of the eyebolts we can manufacture includes:
- Pigtail eye bolts
- Swivel eyebolts
- Lifting eyebolts
- Anchor eyebolts
- Eye Screws
- Eye nut
- Roller eyebolt
Not sure which product is right for your rigging or lifting system? Our experts have a wealth of experience and knowledge with engineered components and can help. Give us a call today on +61 3 8301 1500, or contact us via email.
Why Choose Greg Sewell Forgings?
High-strength eyebolts can maintain support with a significant off-axis load, which can be important when lifting slings with multiple legs. The shank is attached to the shoulder or eye and is intended to be inserted into wet concrete or a drilled hole, then be fastened by a nut on the other side, providing a transfer of load and added security.
What are stainless steel forged eyebolts?
Eyebolts are thread-fastening rigging hardware used to secure rope, shackles, or cables to a structure. Used for hoisting, anchoring, and pulling, they come in a wide range depending on the specifications and application type.
Contact Us
Need a product developed or wish to learn more about our fabrication and manufacturing capabilities? Please send us the details using the form provided or speak to one of our specialists on +61 3 8301 1500.
Industry Sectors That We Service
Greg Sewell Construction
GS Forgings Mining crushing
Greg Sewell Power
GS Forgings Rail transport
Greg Sewell Agriculture
GS Forgings Defense
Greg Sewell Marine Forging
GS Forgings Fastener
Water Industry GS Forgings
GS Forgings Towing Lifting
Uses of Forged Eyebolts
Bent-rod eyebolts are formed by a length of bar bent to form a ring-shaped eye loop, which can fall short if securing an off-axis load. At GS Forgings our high-strength, forged eyebolts are close-die or upset hot-forged. This results in the strongest possible grain structure of the metal, ensuring the part is as dense and durable as it can be.
Our eye bolts also consist of a supportive shoulder or skirt, which attaches the head and shank. This increases resistance to bending and makes our bolts capable of withstanding higher loads due to the increased tensile strengths.
