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Y99-D1 Ultra-high power graphite electrode dedicated body coke

Low thermal expansion coefficient, high mechanical strength, low ash content, needle-like flow texture and obvious metallic luster. It is mainly used to manufacture ultra-high power graphite electrodes for electric furnace steelmaking. The manufactured large size (φ700mm and above) ultra-high power graphite electrode has the advantages of strong thermal shock resistance, high mechanical strength, good oxidation resistance, low electrode consumption, and high allowable current density.

Y99-D2 Ultra-high power graphite electrode special joint coke

With lower thermal expansion coefficient and higher mechanical strength, large-size ultra-high power graphite electrode joints can be manufactured.

Y99-F2 Special high energy density coke for anode

New energy battery (lithium ion battery, sodium ion battery, etc.) anode material raw materials, stable physical and chemical indicators, low ash and low impurity element content, excellent processing performance, high crystallinity, and product energy density is significantly better than similar products on the market. Mainly used in a new generation of consumer electronic products (ultra-thin notebook computers, 5G mobile phones, etc.) and ultra-long battery life new energy vehicles, etc.

Y99-DF calcined anode special coke

The calcined anode special coke has high gram capacity, high machining performance, and high cost performance.

Y99-D12

Y99-D13

Graphite bipolar plate

The bipolar plate, also known as the collector plate, is one of the important components of the fuel cell. It has the following functions and properties: separating fuel and oxidant, preventing gas from passing through; collecting and conducting current with high electrical conductivity; design and processing of the flow channel, which can evenly distribute gas to the reaction layer of the electrode for electrode reaction; can discharge heat , Keep the battery temperature field uniform; corrosion resistance; impact and vibration resistance; thin thickness; light weight; at the same time, low cost, easy to machine processing, suitable for mass manufacturing.

Nuclear Graphite Ball

Graphite balls are mainly used in the fourth-generation nuclear power technology-high-temperature air-cooled modular pebble bed reactor. It is used to adjust the reactivity in the nuclear reactor during initial installation, and the average residence time in the reactor is about 150 days of full power. The main features are high purity, high density, and low anisotropy.

High modulus carbon fiber

Petroleum-based mesophase pitch-based carbon fibers are prepared from materials rich in fused-ring aromatic hydrocarbons through preparation, polymerization, spinning, stabilization, and carbonization. It has high tensile modulus, excellent heat transfer, electrical conductivity and low thermal expansion coefficient. It can be combined with resin, metal, carbon and other composite materials to make high-performance composite materials, used in aviation, aerospace, nuclear energy and other high-tech fields, as high-temperature ablation materials and high-temperature structural materials, and can also be used as high thermal conductivity materials (such as semiconductors) Heat transfer materials for LED lights), composite reinforcement materials for wind power generation blades, etc.