Threaded Wire Rope Loop, 6300 kg, M36x 63 mm, 360 mm

Threaded Wire Rope Loop 6300 kg – Flexible Anchorage Point for Heavy Precast Concrete Elements

The Threaded Wire Rope Loop 6300 kg is designed for use with extremely heavy loads. It can be easily screwed into a suitable internal thread to create a secure temporary anchorage point for lifting and transporting massive precast concrete elements and large structural components. Its robust wire rope design with high tensile strength and galvanized surface ensures reliable performance even under harsh conditions.

Advantages & Applications
• For extra-heavy loads: Load capacity up to 6300 kg for very large concrete parts and massive components
• Maximum safety: Wire rope of strength class 1870 N/mm² with 6 x 37 construction for extreme loads
• Corrosion protection: Galvanized finish for durability in changing environmental conditions
• Large thread: M36 x 63 mm ensures a strong, reliable connection
• Flexible installation: Ideal for temporary anchorage points on construction sites during precast work
• Compact dimensions: Overall length 360 mm – manageable despite high load capacity
• Alternative to conventional eye bolts: Offers more flexibility in tight installation environments
• Reusable: Sustainable and cost-efficient solution for heavy-duty lifting tasks

Technical Details
• Product type: Wire rope loop / Concrete loop
• Load capacity: 6300 kg
• Material: Galvanized wire rope, construction 6 x 37 IWRC, strength class 1870 N/mm²
• Rope diameter: 18 mm
• Dimensions: Thread M36 x 63 mm, overall length 360 mm
• Weight: 1.49 kg

FAQ
• For which applications is the threaded wire rope loop with 6300 kg capacity suitable?
For the heaviest lifting operations on large precast concrete elements and massive building components requiring maximum safety.
• Why choose 6 x 37 construction?
This rope design provides higher flexibility combined with outstanding breaking strength, ensuring top performance under extreme loads.

The Threaded Wire Rope Loop 6300 kg – a highly robust, reusable solution for the most demanding lifting applications.