Graphite Demand Is Soaring — See Which Companies Are Capitalizing on the Surge

 The report "Graphite Market by Type (Natural, Synthetic), Application (Electrode, Refractory and Foundry, Battery, Friction Products, Lubricants), Purity (High, Low), and Region - Global Forecast to 2030," is projected to grow from USD 15.67 billion in 2024 to USD 36.40 billion by 2030, at a CAGR of 15.1% from 2024 to 2030. Due to the increasing number of Battery Electric Vehicles (BEVs), Plug-in Hybrid Electric Vehicles (PHEVs), Hybrid Electric Vehicles (HEVs), Fuel Cell Electric Vehicles (FCEVs), and Extended Range Electric Vehicles (EREVs) in the market, graphite demand has therefore increased accordingly. Growing adoption of EVs coupled with other industries such as renewable energy storage and consumer electronics means a continuous increase in graphite requirement.

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423 – Tables
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290 – Pages

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Synthetic graphite retains domination in the global graphite market supply due to the uniform and very high quality of this material, which makes it indispensable for critical applications. Such a controlled production process ensures purity and uniformity that natural graphite cannot provide for specialized uses. Essential utilization in lithium-ion batteries, one of the key components of electric vehicles and renewable energy storage systems, begins to significantly drive demand. Moreover, in comparison with natural graphite, such synthetic variants assure better thermal and electrical conductivity; this, in turn, improves the performances of energy and electronic devices.

Apart from that, it owes its industrial choice for such processes as steel-making, crucibles, and refractory products to its resistance against high temperatures and durability. Increasing usage of advanced materials in aerospace and nuclear industries has even elevated its demand more. When industries are relishing efficiency and sustainability, synthetic graphite possesses tailored properties, hence standing out in competition. The independency of its supply chain from mining constraints also guarantees availability for large-scale industrial projects. In addition, as technology continues to improve production and cost, synthetic graphite is gradually consolidating its leading position in the market with its versatility.

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By application, the electrode segment will be the largest in the graphite market 2023.

The application segment of electrodes holds the largest share in the global graphite market due to its centrality in high-temperature industrial processes, especially in electric arc furnaces for the production of steel. Electric arc furnaces rely on graphite electrodes because of their exceptional thermal and electrical conductivity, which enables efficient melting of scrap steel and raw materials. This is an application sector witnessing a rise in demand due to the growth of the steel industry at rapid paces, especially in emerging economies.

Graphite electrodes are important for modern green steelmaking technologies, meeting global sustainability objectives and further diffusing the technology. In addition, their ability to support extremely high temperatures and not oxidize conditions guarantees their use in power-intensive processes. The increase in EAF steel production, given its much lower environmental impact compared to blast furnaces, stimulates demand.

Graphite electrodes have witnessed technological improvements, thus making them more efficient and extending the cycle life at lower costs, which has strengthened their position in the market. Urbanization and infrastructure growth in different parts of the world have resulted in an increase in the demand for steel, thus driving graphite demand. Additionally, modernization of old steel plants is in full swing, which encourages the consumption of better-quality electrodes and hence, the segment becomes indispensable from the graphite market performance.

By purity, high purity segment holds the largest market share in the graphite market 2023.

Dominance in the global graphite market comes from the fact that the high purity graphite segment offers versatility in its uses, especially in advanced industries. The superior electrical conductivity and thermal resistance make it indispensable in a growing battery market-particularly lithium-ion batteries for EVs and renewable energy storage. Besides, high purity graphite applications in high-performance electronics-semiconductors and sensors-promise to drive demand during forecast period.

More importantly, high purity graphite also forms an integral part in the making of energy-efficient LED lighting systems and photovoltaic cells-all associated with global sustainability objectives. Its purity ensures minimal contamination is maintained, hence making it important in precision manufacturing in medical devices and advanced optics.

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Asia Pacific is estimated to be the largest region in the graphite market in 2023.

The thriving industrial sectors of the Asia Pacific, specifically in countries such as China and India, are driving substantial demand for graphite. Besides that, the massive consumption of graphite in making steel works as a catalyst to drive demand from demanding industries related to infrastructure and construction. Asia-Pacific has most of the electric vehicle manufacturers that rely heavily on graphite in its lithium-ion battery anodes.

Very large natural graphite reserves are held by countries such as China, which have low production costs, further solidifying the region's hold on the market. In addition to these, rapid urbanization and increasing needs for energy storage further boost demand. Government incentives on renewable energy, together with those on EVs, favor the graphite industry.

Furthermore, supply chains are well-established, and labor costs in the region remain low, making it quite an attractive region for the production and processing of graphite. Advanced technologies are applied to get a qualitative end product in the refinement of graphite. Lastly, in integrating graphite into the development of innovative applications-cum-products like flexible electronics-the pace is firming up in the Asia Pacific, hence gaining further hold on the leading position in the market.

Graphite Companies

AMG (Germany), Asbury Carbons (US), Grafitbergbau Kaisersberg GmbH (Austria), BTR New Material Group Co.Ltd.(China), Imerys (France), Nacional de Grafite (Brazil), SGL Carbon (Germany), Mineral Commodities Ltd. (Australia), Tirupathi Carbons & Chemicals Pvt Ltd (India), Resonac Holdings Corporation (Japan), Toyo Tanso Co.Ltd. (Japan), Mersen Property (France), Northern Graphite(Canada), Novonix Limited (Australia), Shanshan Co (China) are the key players in graphite market.

1. Syrah Resources Limited (Australia)

Syrah Resources is a global leader in natural graphite production and operates the Balama Graphite Mine in Mozambique, one of the world’s largest high-grade graphite deposits. The company is heavily invested in the battery anode material supply chain and is actively developing downstream processing facilities in the U.S.

2. Showa Denko Materials Co., Ltd. (Japan)

Formerly Hitachi Chemical, Showa Denko is a major producer of synthetic graphite used in lithium-ion battery anodes. Its high-purity graphite products are favored for EV batteries, electronics, and industrial applications. The company emphasizes advanced material science and consistent product quality.

3. SGL Carbon SE (Germany)

SGL Carbon is one of the oldest and most diversified graphite manufacturers globally. It produces both natural and synthetic graphite for a variety of sectors including semiconductors, automotive, aerospace, and industrial manufacturing. The company also focuses on carbon-fiber-reinforced materials and thermal management.

4. GrafTech International Ltd. (USA)

GrafTech is a leading supplier of graphite electrodes used in electric arc furnaces (EAFs) for steel production. The company owns low-cost petroleum needle coke production, giving it a competitive edge in synthetic graphite electrode manufacturing. Its vertical integration ensures quality and cost efficiency.

5. Tirupati Graphite PLC (UK/India)

Tirupati Graphite focuses on natural flake graphite production with mining operations in Madagascar and processing facilities in India. The company offers high-purity graphite suitable for energy storage, flame retardants, composites, and lubricants. Tirupati also invests in graphene and advanced materials R&D.

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6. HEG Limited (India)

HEG is one of the largest producers of graphite electrodes in Asia. With operations focused on synthetic graphite, HEG supplies to steel manufacturers globally. The company is also expanding its capabilities to cater to the increasing demand for graphite in the battery and EV sectors.

7. Tokai Carbon Co., Ltd. (Japan)

Tokai Carbon is a comprehensive carbon materials manufacturer. It offers graphite electrodes, fine carbon products, and industrial-grade graphite for various applications. The company has a strong presence in Asia and North America, and it is a key supplier to steel, semiconductor, and solar industries.

8. Imerys Graphite & Carbon (Switzerland)

A division of the global industrial minerals company Imerys, this unit offers a wide range of natural and synthetic graphite solutions. It serves high-growth markets like lithium-ion batteries, fuel cells, and polymer composites. The company is actively investing in expanding capacity in Europe and Asia.

9. Mason Graphite Inc. (Canada)

Mason Graphite is developing one of the highest-grade natural graphite projects globally—the Lac Guéret project in Québec. The company is also working on value-added graphite products, including battery-grade materials, in collaboration with other Canadian innovation hubs.

10. Northern Graphite Corporation (Canada)

Northern Graphite owns the Bissett Creek Project in Ontario, one of the most advanced natural flake graphite projects in North America. The company is positioning itself as a secure, large-scale supplier of battery-grade graphite to support North American EV and energy storage demand.