Ziyu New Material Technology Blog

  Copper Clad Steel wire   is a composite material that combines the mechanical strength of steel with the excellent electrical conductivity of copper. Its unique properties make it a versatile solution for numerous industrial and technological applications. Below, we explore its composition, advantages, and the wide range of industries where it is employed. Copper Clad Steel wire is made by bonding a layer of copper onto a steel core. The copper layer provides high conductivity, while the steel core adds tensile strength, making the wire robust and durable. Common grades of CCS wire feature conductivity levels such as 30% or 40% of the International Annealed Copper Standard (IACS), making them suitable for applications requiring moderate conductivity and exceptional strength. Key Features of Copper Clad Steel Wire Durability: The steel core ensures high tensile strength, resisting mechanical damage and reducing breakage during installation or use. Corrosion Resistance: The co...

 When discussing the components in an electrical grounding system, we often hear the terms “copper-clad steel” and “copper-bonded steel” used interchangeably.Though it may seem inconsequential, each term represents a different copper plating process, in which the copper is composite on the steel core. In this post, we consider the question, what is the difference between copper-clad and copper-bonded steel? What Do Copper-Bonded and Copper-Clad Steel Have In Common? The reason the two terms are often used interchangeably is because, on a basic level, they appear the same. Both consist of a steel core and copper exterior. For use in grounding, both products possess the high tensile strength of steel coupled with the corrosion resistance of copper. Compared to pure copper, the conductivity of these bi-metallic conductors is lower. To match the current carrying capability of copper, the diameter and copper thickness of bi-metallic conductors are increased. Dependin...

  Graphite   a remarkable form of carbon, has fascinated scientists and engineers alike for centuries. Among its various manifestations, graphite wire stands out as a multifaceted material that finds applications across a multitude of fields. Understanding the uses of graphite wire reveals not only its practicality but also the underlying principles that govern its functionality. Electrical Conductivity One of the most significant properties of graphite wire is its exceptional electrical conductivity. This characteristic makes it an ideal candidate for a range of electrical applications. In electrical engineering, graphite wire is often employed in the manufacturing of conductive brushes used in electric motors and generators. These brushes facilitate the transfer of electricity while withstanding the wear and tear of continuous operation. Additionally, graphite wire is utilized in the production of electrodes for electrochemical processes. In industries like metal smelting an...

 When it comes to choosing the right material for electrical, construction, or industrial applications, the decision between copper clad steel (CCS) round and copper clad steel flat can have a significant impact. Both of these materials are widely used for their unique properties, but their form—round versus flat—brings different advantages and considerations for various uses. In this detailed comparison, we will explore the key features, differences, and benefits of copper clad steel round versus copper clad steel flat, so you can make an informed decision based on your project requirements. What Is Copper Clad Steel? Copper clad steel (CCS) is a bimetallic material consisting of a steel core and a layer of copper bonded to the surface. This combination delivers the strength and durability of steel while retaining the excellent electrical conductivity and corrosion resistance of copper. CCS is often used in grounding systems, power distribution, ...

  At   Ziyu New Material Technology Co., Ltd ., we understand the pivotal role graphite electrodes play in the operations of steel mills and foundries. However, these essential components often face several challenges that can impact productivity and efficiency. Here, we delve into common issues with graphite electrodes and provide comprehensive solutions to help your business thrive. 1. Common Issues Faced by Steel Mills and Foundries Breakage Graphite electrodes are prone to breakage due to mechanical stress and improper handling. This can lead to significant downtime and increased operational costs. Oxidation Oxidation occurs when electrodes are exposed to high temperatures and oxygen, resulting in material degradation and reduced lifespan. Graphite Flaking Flaking is often a result of thermal cycling and mechanical wear, which can compromise the structural integrity of the electrodes. 2. Tips for Handling and Storing Graphite Electrodes Proper handling and storage are...

Ziyu New Material Technology Co., Ltd . Located in Shijiazhuang City, Hebei Province, China, the company is a high-tech enterprise integrating independent research and development, production, trade and service of professional lightning protection grounding products, committed to the research and development of   copper clad steel products   for more than ten years. The main production and sales of copper clad steel grounding rod , copper clad steel flat steel , copper clad steel round steel , flexible graphite grounding body, graphite resistance cloth, flexible graphite wire, exothermic welding mold, exothermic welding powder, lightning protection grounding accessories and other products.  Our products are certified by national authorities. The company has experienced R & D personnel, equipped with advanced production and inspection equipment. Has a complete and scientific quality management system, has passed the ISO9001 quality management system certification.