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  • Lifting Loop with Threaded Termination (M-Thread)
  • Lifting Loop with Threaded Termination (M-Thread)
  • Lifting Loop with Threaded Termination (M-Thread)
  • Lifting Loop with Threaded Termination (M-Thread)
  • Lifting Loop with Threaded Termination (M-Thread)
  • Lifting Loop with Threaded Termination (M-Thread)

Lifting Loop with Threaded Termination (M-Thread)

No.602004

The H-Lift Lifting Loop with Threaded Termination (M-Thread) is a versatile lifting device engineered for the safe transport and placement of precast concrete elements. Distinguished by its Metric (M) thread profile, this loop offers superior compatibility, capable of being screwed into both M-thread and Rd-thread sockets without reduction in load capacity, making it a highly flexible solution for diverse construction sites.

  • Metric (M) thread design compatible with both M and Rd threaded sockets
  • Flexible galvanized steel wire rope allows for lifting at various angles
  • Manufactured with high-strength Q345 steel sockets for reliability
  • Includes color-coded plastic or steel tags for easy identification of WLL
  • Essential for safe lifting and positioning of precast concrete structures
  • Technical Data

  • Wire Rope Lifting Loop with M Thread

The M-Thread Lifting Loop is a versatile lifting device for precast concrete. Featuring a standard Metric thread, it offers universal compatibility, allowing it to be screwed into both M-thread and Rd-thread lifting sockets, providing maximum flexibility on the job site.

⚡ Universal Compatibility

Uniquely designed so that M-threaded loops can be safely screwed into BOTH M-thread and Rd-thread sockets without reducing load capacity.

➰ Flexible Lifting

Constructed from Galvanized Steel Wire Rope. Allows for diagonal lifting angles (up to 45 degrees) that would typically damage rigid eye bolts.

🏗️ Wide Load Range

Available in Working Load Limits (WLL) from 0.5 Tonne (M12) up to 12.5 Tonne (M52) to suit various precast elements.

🏷️ Safety ID

Each unit includes a color-coded tag (plastic or steel) clearly indicating the thread size and WLL for easy inspection and safety compliance.

Q: Can I use an M-thread lifting loop in an Rd-thread socket? A: Yes. M-threaded loops fit into both Metric (M) and Round (Rd) sockets. However, Rd-threaded loops fit ONLY Rd sockets. m thread and rd thread
Q: What is the advantage of a wire rope loop over an eye bolt? A: Wire rope lifting loops are flexible, allowing them to handle diagonal or angled lifts without bending or breaking, which is a common risk with rigid steel eye bolts.
ℹ️ Alternative: For Rd-thread specific applications, view our Rd-Thread Lifting Loops.

Technical Specifications

Lifting LoopM=Thread Dia | d=Rope Dia | H=Loop Length | e=Socket Length | f=Thread Length
← Swipe table left and right to view all data →
Item No. Thread Dia.
M (mm)
Rope Dia.
d (mm)
Loop Length
H (mm)
WLL
(t)
e
(mm)
f
(mm)
Product Code
WRSLM006 M12 6 155 0.5 20 (0/+3) 35 (-5/+5) 602004006
WRSLM007 M14 7 155 0.8 24 (0/+3) 37 (-5/+5) 602004007
WRSLM008 M16 8 165 1.2 27 (0/+3) 43 (-5/+5) 602004008
WRSLM009 M18 9 190 1.6 33 (0/+3) 49 (-5/+5) 606004009
WRSLM010 M20 10 215 2 40 (0/+3) 53 (-5/+5) 602004010
WRSLM012 M24 12 255 3 42 (0/+3) 58 (-5/+5) 602004012
WRSLM016 M30 16 300 4 57 (0/+5) 78 (-5/+5) 602004016
WRSLM018 M36 18 360 6.3 63 (0/+5) 93 (-10/+10) 602004018
WRSLM020 M42 20 425 8 73 (0/+5) 105 (-10/+10) 602004020
WRSLM026 M52 26 530 12.5 90 (0/+5) 120 (-10/+10) 602004026

A wire rope lifting loop with M thread typically refers to a lifting loop or sling made from wire rope that has M threaded terminations on each end. The threaded terminations are typically used to attach the lifting loop to a load or to a lifting device such as a crane or hoist.

The number of threads on the terminations can vary depending on the specific application and load requirements. It is important to ensure that the threads are compatible with the lifting device being used and that the load capacity of the lifting loop is sufficient for the weight of the load being lifted.

It is also important to regularly inspect the lifting loop for signs of wear or damage, and to follow proper lifting procedures to ensure the safety of personnel and equipment.

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