galvanized steel wire strand

637+FC 10mm 12mm 16mm Tower Crane Wire Rope For Lifting Slings Product Introduction The 637 galvanized steel wire rope features a classic structural design composed of 6 steel wire strands with 37 thin steel wires per strand. The surface is galvanized to form a corrosion-resistant protective layer, typically paired with a fiber rope core. This model employs a point contact structure with multiple layers of fine wire winding, combining excellent flexibility with superior

7x19 Galvanized Wire Rope Torsional Resistant 3mm-12mm For Lifting Engineering Product Introduction The 7x19 galvanized steel wire rope features a multi-thin steel wire twisted strand structure that provides excellent flexibility and anti-torsion capability. It adapts well to frequent bending and twisting work scenarios such as elevator traction and lifting machinery amplitude changing mechanisms. The surface galvanized layer offers reliable rust protection, significantly

77 Galvanized Wire Rope - Carbon Steel Core Product Overview 77 galvanized steel wire rope features a construction where 7 steel wires form one strand, and 7 such strands are twisted into a complete wire rope. This wire contact steel rope includes an outer galvanized layer applied through hot-dip coating or electroplating processes to provide superior corrosion protection. Technical Specifications Diameter (mm) GB/T 20118-2006 / GB 8918-2006Min Breaking Load (KN) Approx.

6x37 Wire Rope 10mm-22mm Steel Cable For Lifting Machinery Cableway Product Introduction 6x37+IWRC is a heavy-duty steel wire rope consisting of 6 outer strands containing 37 fine steel wires and an independent steel wire core. It offers high flexibility, strong load-bearing capacity, and excellent wear resistance, making it ideal for demanding applications in lifting, ports, and mining operations. Product Parameters Diameter GB/T 20118-2006GB 8918-2006 Approx. WeightKG/100M

7x19 304 316 Stainless Steel Cable 8mm 10mm 12mm Wire Rope Sling Steel Strand 7x19 is a structural specification of steel wire rope, which refers to the twisting of 7 strands of steel wire, each containing 19 thin steel wires. It belongs to a typical multi-strand thin steel wire rope and is a commonly used model in the stainless steel wire rope category that balances flexibility and strength. Product Parameters Diameter (mm) GB/T9944-2002 EN 12385-4 Min. Breaking Load (KN)

Low Relaxation PC Strand 9.53mm 15.2mm 12.7mm ASTM A416 Galvanized PC Strand 17 Prestressed steel strand is a metal component made up of multiple high-strength steel wires twisted together. After stress relief treatment, it has high tensile strength, low relaxation, and good flexibility. It is the core load-bearing material of prestressed concrete structures. It generates prestress through pre-tensioning, effectively offsetting the tensile stress of concrete, greatly

High Carbon Prestressed Concrete Steel Strand 12.7mm Low Relaxation 7 Wire Prestressing Strand Product Introduction Prestressed steel strands are manufactured from high-strength carbon steel wire rods through cold drawing, twisting, and stabilization processes. Each strand consists of 7 high-strength steel wires with a diameter of 15.2mm and tensile strength of 1860MPa. Produced in strict compliance with GB/T 5224-2014 standards, these strands feature surface treatments

7 Wire Prestressing Strand 1860Mpa Low Relaxation PC Steel Strand Wire Rope Sling As the core consumable of high-strength prestressed concrete structures, our prestressed steel strands are manufactured from high-quality high carbon steel raw materials. The products are twisted and stabilized by multiple wires, covering multiple series including 17 standard type, galvanized, and epoxy coating variants. With a strength grade of 1860MPa, these strands far exceed ordinary steel

9.53mm 12.7mm 15.2mm Prestressing Steel Strand ASTM A416 Grade 270 PC Steel Strand Product Overview 9.53mm 12.7mm 15.2mm Prestressed Concrete Low Relaxation 1860MPA 7 Wire PC Steel Strands ASTM A416 Grade 270 PC Steel Strand Prestressed steel strand is a metal wire made up of multiple high-strength steel wires twisted together. By applying tensile stress in advance before the construction of concrete structures, it offsets the compressive stress generated during the use of