Wire Rope - Slings

Product Details:

Wire rope is made of plaiting strands of wire – normally medium carbon steel – into a thick cable. The strands are formed around a core. The strands in wire ropes are made of wore twisted together. Strands with smaller diameter wires are less abrasion resistant and more fatigue resistant. Strands made with thicker length of wore are more abrasion resistant and less fatigue resistant.

• 1. Sizes : From 3mm to 52 mm
 
• 2. Material of Steel Wire Rope : Galvanized and ungalvanized or stainless steel, etc
 
• 3. Core : FC, SC, IWRC, PP
 
• 4. Tensile Strengths : 1370, 1570, 1770, 1960, 2160 N/mm2.
 
• 5. Wire Rope range:

• • 6×7, 7×7, 6×19 , 7×19
   
  • 6x17S, 6x19S, 6x21F, 6x19W, 6x25F, 6×37
   
  • 6x26WS, 6x31WS, 6x36WS, 6x41WS
   
  • 8x19S, 8x21F, 8x19W, 8x25F
   
  • 8x26WS, 8x31WS, 8x36WS
   
  • 17×7, 18×7, 19×7, 34×7, 35×7, 6×12, 6×24
   
  • 18x19S, 19x19S
   
  • 18x7K Compacted Strand, 19x7K Compacted Strand, 35x7K Compacted Strand

Product Details:

Product Details:

Product Details:

Wire rope is made of plaiting strands of wire – normally medium carbon steel – into a thick cable. The strands are formed around a core. The strands in wire ropes are made of wore twisted together. Strands with smaller diameter wires are less abrasion resistant and more fatigue resistant. Strands made with thicker length of wore are more abrasion resistant and less fatigue resistant.

• 1. Sizes : From 3mm to 52 mm
 
• 2. Material of Steel Wire Rope : Galvanized and ungalvanized or stainless steel, etc
 
• 3. Core : FC, SC, IWRC, PP
 
• 4. Tensile Strengths : 1370, 1570, 1770, 1960, 2160 N/mm2.
 
• 5. Wire Rope range:

• • 6×7, 7×7, 6×19 , 7×19
   
  • 6x17S, 6x19S, 6x21F, 6x19W, 6x25F, 6×37
   
  • 6x26WS, 6x31WS, 6x36WS, 6x41WS
   
  • 8x19S, 8x21F, 8x19W, 8x25F
   
  • 8x26WS, 8x31WS, 8x36WS
   
  • 17×7, 18×7, 19×7, 34×7, 35×7, 6×12, 6×24
   
  • 18x19S, 19x19S
   
  • 18x7K Compacted Strand, 19x7K Compacted Strand, 35x7K Compacted Strand

Product Details:

Wire rope is made of plaiting strands of wire – normally medium carbon steel – into a thick cable. The strands are formed around a core. The strands in wire ropes are made of wore twisted together. Strands with smaller diameter wires are less abrasion resistant and more fatigue resistant. Strands made with thicker length of wore are more abrasion resistant and less fatigue resistant.

• 1. Sizes : From 3mm to 52 mm
 
• 2. Material of Steel Wire Rope : Galvanized and ungalvanized or stainless steel, etc
 
• 3. Core : FC, SC, IWRC, PP
 
• 4. Tensile Strengths : 1370, 1570, 1770, 1960, 2160 N/mm2.
 
• 5. Wire Rope range:

• • 6×7, 7×7, 6×19 , 7×19
   
  • 6x17S, 6x19S, 6x21F, 6x19W, 6x25F, 6×37
   
  • 6x26WS, 6x31WS, 6x36WS, 6x41WS
   
  • 8x19S, 8x21F, 8x19W, 8x25F
   
  • 8x26WS, 8x31WS, 8x36WS
   
  • 17×7, 18×7, 19×7, 34×7, 35×7, 6×12, 6×24
   
  • 18x19S, 19x19S
   
  • 18x7K Compacted Strand, 19x7K Compacted Strand, 35x7K Compacted Strand

Product Details:

A wire rope sling is a type of lifting device made from wire ropes that are braided together to form a strong and flexible sling. It is used for heavy lifting applications and provides excellent load-bearing capabilities. Here are some key points to know about wire rope slings:

1. Construction: Wire rope slings are typically made of multiple strands of wire ropes twisted or braided together to form a robust and flexible sling. The number of strands and the thickness of the wires can vary depending on the required strength and load capacity.

1. Types: There are various types of wire rope slings available, including single-leg, double-leg, and multi-leg slings. Single-leg slings consist of a single length of wire rope with a fitting at each end, while double-leg slings have two legs with fittings. Multi-leg slings have three or more legs connected to a master link or a central point.

1. Fittings and End Terminations: Wire rope slings are equipped with fittings or end terminations that allow attachment to lifting equipment or loads. Common types of fittings include hooks, shackles, and thimbles. These fittings should be rated and compatible with the wire rope sling’s load capacity.

1. Load Capacity: The load capacity of a wire rope sling depends on factors such as diameter, construction, length, and configuration. It is essential to ensure that the chosen wire rope sling has an adequate safe working load (SWL) to handle the intended lifting task.

1. Inspection and Maintenance: Regular inspection and maintenance are crucial for the safe use of wire rope slings. Inspect the slings before each use for any signs of wear, damage, or corrosion. Pay attention to broken wires, kinks, or distortion in the rope. Proper cleaning and lubrication are also important to maintain the longevity and performance of the slings.

1. Safe Lifting Practices: When using wire rope slings, follow safe lifting practices, including proper rigging, load balancing, and applying tension gradually. Avoid sharp edges or abrasive surfaces that can damage the sling. Always refer to the manufacturer’s recommendations and industry-specific guidelines for the safe and effective use of wire rope slings.

Product Details:

Product Details:

Additional Information:

• Item Code: EMEI-WIREROPE
• Port of Dispatch: MUMBAI

Product Details:

• Guardrail
• Lock cable systems
• Barrier Ropes
• Gymnasium cables
• Horticultural applications
• Railways Signaling

Specifications: