Why choose graphite as electrodes： (1) Faster processing speed Under normal circumstances, the machining speed of graphite can be 2~5 times faster than that of copper; and the electric discharge machining speed is 2~3 times faster than that of copper; (2) The material is not easily deformed the softening point of copper is around 1000

The main function of graphite electrodes is to conduct electrode conduction when smelting metals in electric arc furnaces. Due to the increasing proportion of steel smelted in electric arc furnaces globally, the use of electric arc furnaces to smelt steel plates and other secondary forming steels is the main item that consumes graphite electrodes. In addition, graphite

A carbon rod is a type of electrode commonly used in electrical devices for various purposes. Carbon rods are typically made from graphite, which is a form of carbon that is highly conductive and durable. In electrical devices, carbon rods serve as either a cathode or an anode, depending on the specific application. As a

Copper plated carbon rods are often used in various applications where high conductivity is required. The combination of carbon and copper in these rods creates a material that has the conductivity of copper but also has the structural stability and durability of carbon. This unique combination results in enhanced conductivity compared to traditional carbon rods.

Copper plated carbon rods are special because of their unique combination of properties and characteristics that make them ideal for a variety of applications. In this article, we will explore what makes copper plated carbon rods special and why they are favored over other materials for certain uses. One of the main reasons why copper

There are numerous benefits to using copper plated carbon rods in a variety of applications. These rods offer a combination of properties that make them highly desirable for use in various industries. Some of the key benefits of using copper plated carbon rods include: Copper is an excellent conductor of electricity, and when plated onto