Cable de alambre galvanizado de 7 x 19, 8 mm, 10 mm y 12 mm, cable de elevación suave, antitorsión, grúa, cable de metal resistente.

Product Description:

Material Advantages:

Galvanized Steel Wire Rope
Our Steel Wire Rope is with Good Corrosion Resistance, Good Vertically, Low Relaxtion and Good Tightness. 7*19 Structure Galvanized Steel Wire Rope is with 0.35-10mm Diameter for customers to choose.
Advantage:
1. High dimensional accuracy, up to ±0.01mm;
2. Excellent surface quality, good brightness;
3. Strong corrosion resistance, high tensile strength and fatigue resistance;
4. Chemical composition Stable, pure steel, low inclusion content; well packaged, timely delivery.
It has many characteristics such as high temperature resistance, good fatigue resistance, excellent breaking force, long service life and durability, and is widely used in coal, petroleum, metallurgy, chemical industry, shipbuilding, bridges, electric power, rubber, military industry, tourism, water conservancy, light industry and other industries.

Manufacturing Process:

Raw Material Preparation and Wire Rod Processing: Hot-rolled high-carbon steel (such as 65#, 70#, and 72#) wire rod is used as raw material. The surface oxide scale must first be removed, which can be achieved through mechanical stripping or pickling.
⚙️ Stage 1: Wire Drawing: This is the core step in strengthening the steel wire. The pre-treated wire rod passes through a series of drawing dies, where its diameter is gradually reduced (for example, from 8mm to less than 2mm). This process, known as cold work hardening, significantly increases the strength and hardness of the steel wire.
[Key Processes] Heat Treatment: During the multiple drawing processes, when the steel wire becomes hard and brittle, intermediate heat treatment (such as low-temperature annealing) is required to restore its plasticity for further processing.
Hot-Dip Galvanizing/Electrogalvanizing: The drawn steel wire is galvanized for corrosion protection. Hot-dip galvanizing provides a thicker layer with better corrosion resistance but lower precision; electrogalvanizing provides a uniform, dense layer with high surface quality. This is a key step in creating "galvanized steel wire rope." Winding: The galvanized monofilament is wound around the spool, preparing it for the next stage of stranding.

Throughout the entire production process, every step directly impacts the final performance of the finished product:

Drawing and heat treatment determine the ultimate strength of the steel wire.

The choice of galvanizing process determines its environmental adaptability and lifespan.

The precision of the twisting process determines the structural stability, rotation resistance, and flexibility of the wire rope.

Thus, a high-quality 7x19 galvanized steel wire rope is not just a collection of materials but also the product of precision manufacturing. When purchasing, choosing a manufacturer with a comprehensive process and strict quality control is key to ensuring safety and reliability.

Hoisting and Rigging: Cranes, winches, and winches serve as lifting slings and hauling ropes. High strength, capable of withstanding heavy loads.
Port Shipping and Marine Operations: Ship mooring lines, ship ladders, marine fishing (trawls, set nets, etc.), and offshore oil exploration. The galvanized coating provides corrosion resistance, making it suitable for humid and salt spray environments. Mooring lines made of soft steel wire rope are easier to maintain.
Construction and Engineering: Cable cranes, bridge construction, and large-scale structure lifting. Suitable for lifting applications with large spans and wide operating ranges.
Industrial and Daily Auxiliary: Tensioning, guardrails, packaging and strapping, and handicraft production. A wide variety of specifications and adaptability.​

Response and Support:

Multi-Channel Support: Establish multiple channels, including a service hotline, technical support email, online customer service, or a ticketing system.

Quick Response: Commit to providing an initial response to customer issues within a specified timeframe (e.g., 24/7 or during business hours), and set resolution timeframes for different fault levels.