The Oversize Crane Ring G100-Thiele 16mm 14.0T WLL from HES NZ LTD is built for the heavy lifting tasks that shape demanding industrial environments. Crafted in the trusted G100-Thiele lineage, this oversized lifting ring combines robust steel construction with precise geometry to deliver reliable load handling in crane, rigging, and hoisting operations. With a 16mm shank and a Working Load Limit of 14.0 tons, it’s engineered to stand up to tough, everyday lifts while maintaining strict safety margins.

Key features that set this lifting ring apart

• High-capacity design: 16mm size with a 14.0T WLL for heavy, bulk loads common in construction, manufacturing, and industrial maintenance.
• Thiele G100 construction: Known for durability and reliability in demanding lifting applications.
• Consistent ring footprint: All rings within this specification share 180mm internal width (IW) x 340mm internal length (IL), ensuring compatibility with standard rigging configurations.
• Angle-based WLL guidance: THIELE-rated LLL (load limits) vary with sling angle—60° internal preserves 1.7x, 90° internal 1.4x, and 120° internal 1.0x—helping you plan safe, efficient lifts from multiple orientations.
• Direct-supplier shipping: Item ships directly from the supplier to streamline procurement and ensure authenticity of the G100-Thiele designation.
• Clear identification: Product Number F18161625F and date mark (03.01.2217.38) for traceability and easy reordering.
• Brand you can trust: HES NZ LTD brings industry experience and a focus on robust, purpose-built lifting hardware.

Why this oversize crane ring matters in real-world lifts

In heavy lifting scenarios, the geometry of the ring and the load path dictate not only how much weight you can move, but how safely it can be moved. The 180mm IW x 340mm IL footprint provides a stable, predictable loop for long slings and rigging hardware, reducing side-loading and uneven stress on the ring during rotation or travel. The 16mm shank size pairs with strong shackles, hooks, and slings to create a balanced lift with clear load distribution. When you consult the angle-based WLL, you gain a practical rule-of-thumb for choosing the correct sling arrangement—whether lifting with a shackle in line or twisting the load through a corner or bend.

Ideal use cases

• Heavy construction lifts, mindset-friendly load paths, and structural components that require a durable lifting ring.
• Industrial maintenance tasks where long-duration hoisting demands consistent WLL performance and reliable fatigue resistance.
• Fabrication and plant relocation projects where standardized ring geometry simplifies rigging setups and reduces setup time.
• Rigging operations that benefit from predictable inner dimensions and a robust Thiele design, minimizing risk during rotation and travel.

Usage tips and best practices

• Inspect before each use: look for deformation, corrosion, or wear in the ring body and locking elements. Do not use if any signs of damage are present.
• Use appropriate slings and shackles that match the 180mm IW x 340mm IL footprint to ensure even load distribution.
• Plan for the sling angle you’ll encounter in the lift and apply the corresponding THIELE WLL factor to verify you stay within safe limits.
• Keep the pin and secure locking hardware clean and free of debris to preserve smooth operation during adjustments and rotations.
• Store in a dry environment and apply light lubrication to moving parts to reduce wear over time.

What makes this choice unique? Beyond its impressive 14.0T WLL, the G100-Thiele oversize ring delivers a proven combination of dimensional stability, predictable load behavior, and a clear, traceable specification set. It’s designed for professionals who demand safety, repeatability, and compatibility with standard lifting hardware, without the guesswork that comes from improvised rigging solutions.

Product care, compatibility, and procurement are simplified with HES NZ LTD as the trusted supplier. This item is catalogued under Lifting Rings-Links and is suitable for teams working in high-stakes material handling environments where every lift counts.