China High quality Expanded Graphite Powder Manufacturer, Supplier, Factory

In industrial manufacturing, the heating equipment, as a key component of the core process, directly determines the production efficiency and product quality. The graphite heater, thanks to its unique material properties, stands out in high-temperature, precision, and special environment heating scenarios, and has become the preferred equipment in multiple high-end fields such as semiconductors, photovoltaics, and metallurgy.

According to the different raw materials used and the differences in physical and chemical indicators of the finished products, graphite electrodes are divided into three varieties: ordinary power graphite electrodes (RP grade), high-power graphite electrodes (HP grade), and ultra-high power graphite electrodes (UHP grade).

Titanium dioxide, as an important material widely used in various industries, has a wide variety of types and different properties, often making people feel overwhelmed when choosing. Today, we will unveil the mystery of the types of titanium dioxide, making your selection more effortless.

Graphite Anode plays an important role in electrochemical processes. In an electrolytic cell, the anode is where the oxidation reaction occurs, and graphite rods are often used as anode materials due to their special physical and chemical properties.

Professional graphite electrode equipment has fast processing speed, particularly outstanding precision machining speed, no machining burrs, and high strength. For ultra-high (50-90mm) and ultra-thin (0.1-0.5mm) electrodes, they are not easily deformed during processing. In many cases, products need to have good textured effects, which requires making graphite electrodes as integral male electrodes as much as possible. However, there are various hidden corners in the production of integral male electrodes. Due to the easy to repair nature of graphite, this problem is easily solved and the number of electrodes is greatly reduced, which copper electrodes cannot achieve.

The production of pre-baked anode carbon blocks uses petroleum coke as the raw material and coal asphalt as the binder. Through processes such as calcination of petroleum coke, medium crushing, screening, grinding, batching, mixing, molding, and baking, they are processed and manufactured. The production process of pre-baked anodes mainly consists of three steps: calcination - molding - baking. During the calcination stage, petroleum coke can generate a large amount of residual heat for power generation. If an enterprise does not have a calcination process, it needs to purchase calcined coke (the product after the calcination of petroleum coke) and electricity to meet production needs. The electrolytic aluminum industry is the downstream industry of the pre-baked anode industry, and pre-baked anodes are mainly used in the production of primary aluminum.