Brass coated steel wire, a shining star in the metal world, is based on high-strength carbon steel or low-alloy steel and undergoes precise processing to be plated with brass, combining conductivity, corrosion resistance, and aesthetic appeal. From Raw Material to Finished Product: Carefully selected base materials ensure a solid structure and high tensile strength; precision drawing achieves precise diameter control and enhanced strength; cleaning and degreasing create optimal conditions for brass coating; electroplating or hot-dipping results in a beautiful brass layer with excellent conductivity and corrosion resistance. Exceptional Performance: Its outstanding conductivity makes it the preferred choice in the field of electric power transmission; the brass layer provides corrosion protection, extending product lifespan; and its metallic makes it a popular option for decorations and handicrafts. Wide Range of Applications: In the power sector, it serves as a conductive core wire for stable current transmission; in electronics, it functions as a connecting wire ensuring stable operation of electronic products; it also demonstrates value in various fields such as electromagnetic shielding, mesh basket weaving, and handicraft production. Future Prospects: With technological advancements, the application fields of Brass coated steel wire will continue to expand, with emerging areas such as smart grids, high-speed...

Brass Coated Steel Wire, as a shining star in modern industries, has garnered widespread acclaim for its unique composite material properties, combining the toughness of steel with the corrosion resistance and electrical conductivity of brass. By meticulously coating a layer of brass onto the steel wire surface, we effectively provide it with a “protective suit,” shielding it from environmental erosion and preventing oxidation and rust while maintaining stable electrical conductivity. This steel wire not only boasts corrosion resistance and excellent electrical conductivity but also possesses high strength. In moist or corrosive environments, Brass Coated Steel Wire can maintain its performance over a long period, significantly extending its service life. Its brass layer serves as a bridge for electrical conduction, ensuring smooth power transmission, making it shine in fields requiring electrical conductivity. Furthermore, the high strength of the steel substrate, coupled with the protection of the brass coating, renders this material exceptionally durable and unbreakable. In the construction industry, Brass Coated Steel Wire is widely used for reinforcing and connecting concrete structures, providing robust support for building stability. In automobile manufacturing, it has become the preferred material for springs, cables, and fasteners, ensuring stable performance of vehicles in extreme environments. In...

Galvanized steel wire rope, with its exceptional load-bearing, corrosion-resistance, and safety performance, plays a crucial role in various fields such as construction, transportation, and marine engineering. As manufacturers, we keep abreast of industry trends and are committed to technological innovation and quality enhancement. The hot-dip galvanizing and electro-galvanizing processes each have their unique characteristics. The former forms a solid iron-zinc alloy layer, suitable for long-term outdoor applications, while the latter utilizes electrochemical deposition to provide a finely dense and uniform coating, meeting both mechanical and corrosion resistance requirements. Galvanized steel wire rope is widely used in lifting, bundling, marine engineering, and fisheries, especially in marine environments where its corrosion resistance and load-bearing capacity are particularly prominent. We continuously innovate production processes, adopting advanced stranding and rope-making technologies to enhance product performance and meet the needs of complex environments. Meanwhile, with the global economic recovery and accelerated infrastructure construction, market demand continues to grow, particularly in emerging markets. We adhere to the principle of “Quality First, Customer Foremost,” introducing new technologies and strengthening international cooperation to promote the healthy development of the industry. Galvanized steel wire rope, as a resilient link, will continue to play an important role in various fields...

Tyre Cords: A Rising Star in Tire Reinforcement Tyre cords, a pivotal material in tire manufacturing, enhance tire safety and lightweight design through their high strength and durability. From the precise processing of high-carbon steel wire to the final stranding, every step ensures exceptional performance. With the growth of the automotive industry, the demand for radial tires has surged, and tyre cords, as the core reinforcement, provide outstanding stability and load-bearing capacity, driving technological innovation and industry upgrades. High-strength and ultra-high-strength Tyre cords cater to diverse needs, improving tire wear resistance and reducing rolling resistance. Technological innovation leads the industry’s development, and China’s tyre cord technology has made breakthroughs, with intelligent and green trends becoming evident. However, challenges remain in enhancing corrosion resistance and achieving environmentally friendly production, requiring industry-wide efforts. In the future, the tyre cord industry will embrace broader development opportunities, particularly in the fields of new energy vehicles and intelligent connected vehicles. Heightened environmental policies and consumer awareness prompt the industry to focus more on green production and sustainable development. Tyre cords, with their superior performance, are leading the tire manufacturing industry towards the future, delivering safer, more comfortable, and eco-friendly travel experiences.

Tyre cord, as the core support structure inside a tyre, is composed of a combination of rubber cloth and steel cord, playing a vital role in maintaining tyre shape, enhancing strength, and controlling deformation, thereby ensuring driving safety and stability. Cord Classification and Characteristics Tyre cords come in various types, each with its unique characteristics: Viscose cord: Excellent fatigue resistance and heat resistance, good dimensional stability, but prone to moisture absorption which reduces strength, suitable for radial passenger car tyres. Polyamide cord: High strength, good impact and fatigue resistance, but poor dimensional stability and adhesion to rubber, commonly used in truck, aircraft tyres, as well as adhesive tapes and hoses. Polyester cord: High strength and large initial modulus, good thermal contraction and dimensional stability, but prone to heat generation from fatigue and reduction in strength due to hydrolysis, applicable to passenger car tyres. Aromatic polyamide cord: High strength and modulus, better heat resistance and dimensional stability, but higher cost, suitable for high-performance tyres such as those for luxury cars, military vehicles, and aircraft. Application Scenarios The role of tyre cord in tyre manufacturing is significant: Shape Maintenance: The strength and rigidity of cords keep the tyre in its correct shape,...

Steel cord serves as a pivotal component in tire manufacturing, critical to the tire’s structure and performance. It refers to the high-strength, high-rigidity linear or mesh material embedded within the tire, commonly crafted from high-strength synthetic materials such as polyester and steel wire. The choice of material is based on the tire type, application, and performance requirements. The primary purposes of steel cord include: supporting the tire’s shape, ensuring it does not deform or twist during high-speed driving or under heavy loads, thereby guaranteeing safe and stable driving; reinforcing tire strength and stiffness, enhancing its ability to withstand road impact and wear, thus prolonging its service life; controlling tire deformation, adapting to different road conditions, reducing deformation and friction losses, improving driving comfort and stability, lowering rolling resistance, and enhancing fuel efficiency; optimizing the maneuverability, braking performance, and wear resistance of high-performance tires, for example, by placing the cord within the tread groove to reduce noise, increase hardness, and improve drainage performance; protecting the internal rubber of the tire from damage due to excessive stretching or compression, maintaining tire integrity and performance, and ensuring reliable service. Steel cord plays an irreplaceable role in tire manufacturing.