China Wire Rope Sling manufacturer

LKS - MAX C - R Steel Wire Rope Excellent Fatigue Resistance For Excavator Push And Pull

Product Details:
Place of Origin: China
Brand Name: LKS
Certification: CCS,ISO9001
Model Number: LKS-MAX C-R
Payment & Shipping Terms:
Minimum Order Quantity: 1mtrs
Price: USD1800/tons
Packaging Details: Standard Seaworthy Packing or as request
Delivery Time: 15 days after the order confirmation
Payment Terms: L/C, T/T
Supply Ability: 100tons monthly

Detail Information

Material:SteelSurface:Galvanized Or Ungalvanized
Tensile Strength:1960N/mm2Diameter:60mm-120mm
Core:IWRProcessing:Core Plastic Filter
Length:500mtrs/1000mtrs/2000mtrs AvailablePacking:Wooden Reel
High Light:

wire rope cable

,

steel rope cable

Product Description

 

LKS-MAX C-R Solid polymer filled Steel Wire Rope for excavator push and pull

 

Special Features: 

 

*The most professional excavator push and pull wire rope is the most stringent control over its elongation. Therefore the tension of the steel rope is the most suitable guarantee and the excavation performance is greatly improved.

*Excellent fatigue resistance.

*Whole rope plastic injection molding can effectively prevent damage caused by internal friction and impact, save lubricating oil, isolate impurities and dirt.

*Provide longer service life.

 

 

LKS - MAX C - R Steel Wire Rope Excellent Fatigue Resistance For Excavator Push And Pull 0

 

Technical Table

 

 

DIA WEIGHT(kg/m) Minimum Breaking Load(kN)
(inch) (mm)
1 1/2 38.1 6.101 1,010
1 5/8 41.3 7.291 1,170
1 3/4 44.5 8.630 1,360
1 7/8 47.6 9.821 1,550
2 50.8 11.011 1,760
2 1/8 54.0 12.797 1,970
2 1/4 57.2 14.731 2,200
2 3/8 60.3 16.219 2,440
2 1/2 63.5 17.410 2,690
2 5/8 66.7 18.451 2,940
2 3/4 69.9 19.939 3,210
2 7/8 73.0 21.874 3,490

 

Tips

 

Numerous studies and practices show that fatigue failure is the main reason affecting the service life of wire rope. The so-called fatigue failure is due to the formation of fracture sources within the steel wire of the wire rope under the action of alternating stress. These fracture sources gradually develop and expand, and finally lead to the fracture of steel wires (commonly known as "fatigue broken wire"). This fatigue fracture has no obvious plastic deformation. It has the characteristics of abrupt and is very harmful to the wire rope. Therefore, for a long time, people have reduced or eliminated the stress of the wire rope to enhance the fatigue resistance of the wire rope, thereby improving the service life of the wire rope.

To eliminate or reduce the stress of wire rope, first of all, we should make an objective analysis and understanding of all kinds of stresses in the wire rope. In this regard, many researchers at home and abroad have made a lot of theoretical and practical research and exploration, and have made great achievements. However, the stress of steel wire rope is very complex. The relationship between wire stress and stress and fatigue limit needs to be further studied.
In a variety of discussions, the stress of wire rope can be divided into two main categories: one is the stress produced in the production process of wire rope, but the stress produced during the working process of the wire rope.

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