1/4" Shank Diameter Eyebolts Shoulder Pattern - J.H. Williams

The J.H. Williams JHWEB-21T 1/4" Shoulder Pattern Eyebolt is a robust fastening solution designed for critical lifting and rigging applications within professional automotive and industrial settings. Engineered from high-quality carbon steel, this eyebolt provides reliable strength and secure attachment points for a range of demanding tasks, helping technicians and mechanics maintain safety and efficiency in their operations.

Key Features

• Durable Construction: Forged from high-quality carbon steel, hardened and tempered to deliver enhanced strength and toughness, minimizing the risk of breakage during use.
• Quality Assurance: Each production lot undergoes rigorous testing and inspection to ensure strict conformance to specifications and consistent performance.
• Standardized Threading: Equipped with a UNC Class 2A thread, ensuring compatibility with standard nuts and threaded components.
• Optimized for Strength: Designed as a shoulder eye bolt, it requires proper seating against the mating part to achieve its full working load capacity. A steel washer or spacer may be necessary for correct installation.
• Secure Fastening: Engineered to fit tightly in the threaded hole, preventing unscrewing due to cable twist and ensuring the greatest strength from the eye bolt.
• Professional Grade: Manufactured by J.H. Williams, a trusted name in professional tools, ensuring reliability for industrial and automotive applications.

Applications

These J.H. Williams shoulder pattern eyebolts are essential for creating secure lifting and anchor points on heavy machinery, engines, transmissions, and other substantial components in workshops and manufacturing facilities. Professional technicians can utilize them for safely hoisting and positioning vehicle parts during maintenance, repair, or assembly. They are also suitable for various industrial rigging tasks, load securing, and creating temporary or permanent attachment points where reliable strength is paramount. Always ensure tightness and seating are verified after initial load application.