2" Shank Diameter Eyebolts Plain Pattern - J.H. Williams

The J.H. Williams JHWEB-16T 2" Shank Diameter Eyebolts are engineered for reliable performance in demanding professional automotive and industrial applications. These plain pattern eyebolts provide a robust and secure anchoring or lifting point, designed to withstand significant operational stresses when properly installed. They are an essential component for technicians requiring dependable load management solutions.

Key Features

• Premium Carbon Steel Construction: Forged from high-quality carbon steel, these eyebolts deliver enhanced strength and extended service life.
• Optimized Heat Treatment: Each eyebolt is hardened and tempered, increasing its resistance to wear and significantly reducing the potential for breakage under strenuous conditions.
• Rigorous Quality Assurance: Every production lot undergoes comprehensive testing and inspection to ensure strict conformance to design specifications and performance standards.
• Standardized UNC Class 2A Thread: Equipped with a UNC Class 2A thread, ensuring compatibility with common fastening systems and reliable engagement.
• Critical Installation Requirements: Designed for applications where proper seating is paramount; shoulder eyebolts must bear firmly against the mating surface, often requiring a steel washer or spacer for optimal performance and to maintain full working load capacity.
• Secure Fit Engagement: To achieve maximum strength, the eyebolt shank requires a reasonably tight fit within the receiving hole, preventing unintended unscrewing during use. Initial load application necessitates a re-check of tightness and seating.

Applications

These 2" shank diameter eyebolts are suitable for a wide range of professional tasks, including lifting, rigging, and anchoring. They are commonly employed in automotive repair shops for engine removal and component handling, as well as in industrial settings for securing machinery, creating temporary hoist points, or managing heavy loads in manufacturing and maintenance operations. Their robust design makes them ideal for situations where a secure and durable attachment point is critical.