Graphite has excellent heat conduction performance, coupled with very uniform heat conduction and electromagnetic induction performance, The company has now developed a series of high-end carbon products for daily use.

The thermal conductivity of graphite is more than 4 times that of metal.

The use of graphite anode plate is in the electrolytic cell. The stage where the current flows into the electrolyte is called graphite anode plate. In the electrolysis industry, the anode is generally made into a plate shape, so it is called graphite anode plate. Factors affecting the quality of the anode plate form the coordination number of each element atom or ion of the alloy; the structure of the solid solution; the crystal size of the metal after solidification.

Graphite box for high-temperature applications are generally used as refractory materials. Because of the high-temperature resistance good high-temperature strength and corrosion resistance of carbon, many metallurgical furnace linings can be built with carbon plates. Such as the bottom of the iron furnace, the furnace cylinder, and the furnace belly, the lining of the iron alloy furnace and calcium carbide furnace, and the bottom and side of the aluminum electrolytic cell.

As a type of rod, durable graphite rods are produced from machined graphite or graphite compounds. They are well-known for their excellent thermal shock resistance, heat resistance, high corrosion resistance, non-reactivity, and ability to age well.

1. Electrical and thermal conductivity

2. High temperature resistance

3. Lubricity

4. Chemical stability

5. Plasticity

Vacuum furnace graphite products are increasingly widely used in vacuum furnaces. They are not only used to manufacture heating elements and heat shields of vacuum furnaces, but also used to manufacture such as brackets, trays, guide rails, bolts, bearings, fan blades, etc. structural parts. The application of graphite in vacuum furnaces greatly simplifies the design and manufacture of vacuum furnaces, reduces the consumption of metals such as tungsten, molybdenum, tantalum, and stainless steel, reduces costs, improves certain performances of vacuum furnaces, and expands the scope of vacuum furnaces. scope of use.

Carbon-carbon composite material (C/C) is made of carbon as the matrix and is made of polypropylene nitrile-based carbon fiber through a special process of compounding, curing, and purification. It has high strength, high density, small expansion, high-temperature resistance, corrosion resistance, and heat resistance Stable vibration characteristics, is suitable for heating elements, fasteners, transmission parts, support plates, etc. under vacuum and high-temperature conditions, and is widely used in vacuum metallurgy, chemical industry, semiconductor, electronic new energy, and other fields.

Carbon-carbon composite materials (C/C) are made of carbon as the matrix and are made of polypropylene nitrile-based carbon fiber through a special process of compounding, curing, and purification. 

High-quality carbon-carbon composite materials have high strength, high density, small expansion, high-temperature resistance, corrosion resistance, and heat resistance Stable vibration characteristics, are suitable for heating elements, fasteners, transmission parts, support plates, etc. 

Under vacuum and high-temperature conditions, carbon-carbon composite materials for advanced applications are widely used in vacuum metallurgy, chemical industry, semiconductor, electronic new energy, and other fields .

Carbon rope is woven from high-strength carbon fiber. It has high strength, lightweight, has good heat resistance, and has a small thermal expansion coefficient. It is an auxiliary material for high-temperature furnace insulation materials.

Graphite paper. it is made of natural flake graphite and rolled at high temperatures. It has the characteristics of high-temperature resistance, corrosion resistance, and excellent flexibility.

The electronic semiconductor industry uses a large proportion of graphite materials, because graphite materials have excellent processability, heat resistance, high purity, high thermal conductivity, low wettability to metals, and uniformity of heat generation, which are very important for electronic semiconductors. characteristics are very important.

The main component of graphite milk is graphite (micro powder graphite). Because of its milky state, it is often called graphite milk. Strictly speaking, this type of product should be called graphite colloid (graphite colloid in English), which is divided into solvent-based graphite milk and water-based graphite milk.