Special graphite made from carbon materials has promising market prospects.
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Company News
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Release time:
2025/11/17
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Information Summary:
The 21st century is often referred to as the “Carbon Century,” and carbon-based materials have long been praised as “black gold.” Currently, the major new carbon materials that have achieved large-scale applications include various specialty graphites, carbon fibers, and carbon/carbon composites. Meanwhile, even more advanced materials such as graphene and carbon nanomaterials are now at the stage of breakthrough. These new carbon materials find extensive use in industries including aerospace, nuclear energy, wind power, and the manufacturing of hard materials.
Specialty graphite made from carbon materials has promising market prospects (see report directory).
The 21st century is often referred to as the “Carbon Century,” and carbon-based materials have long been praised as “black gold.” Currently, the major new carbon materials that have achieved large-scale applications include various specialty graphites, carbon fibers, and carbon/carbon composites. Meanwhile, even more advanced materials such as graphene and carbon nanomaterials are now at the stage of breakthrough. These new carbon materials are widely used in industries including aerospace, nuclear energy, wind power, and the manufacturing of hard materials.
Relevant Report: Beijing Puhua Youce Information Consulting Co., Ltd. “2020-2026 Graphite and Carbon Products Sub-market Research and Development Prospects Forecast Report”
1. Basic Industry Information
Specialty graphite primarily refers to graphite products characterized by high strength, high density, and high purity—collectively known as “three-high” graphite. These products are mainly made from high-quality petroleum coke, pitch coke, and other similar raw materials, using coal tar pitch or synthetic resins as binders. The manufacturing process involves several steps: raw material preparation, ingredient blending, kneading, sheet pressing, crushing, re-kneading, shaping, multiple stages of roasting, repeated impregnation, purification, graphitization, and machining. Specialty graphite materials are widely used in fields such as semiconductors, solar photovoltaic technology, high-temperature gas-cooled reactor materials for nuclear power, molds, powder metallurgy, and vacuum heat treatment, and their application is gradually expanding into civilian sectors.
Specialty graphite is a high-tech material widely used in industries with stringent quality requirements, including metallurgy, chemical engineering, petroleum, machinery, nonferrous metals, aerospace and environmental protection, and nuclear engineering. It possesses inherent characteristics such as high strength, high density, high purity, excellent chemical stability, a dense and uniform microstructure, high resistance to high temperatures and radiation, high electrical conductivity, good wear resistance, and self-lubricating properties. As such, it is one of the irreplaceable materials indispensable for production in high-tech industries.
Main application areas of specialty graphite

Keywords:
Jiasheng
Carbon