Core Material

As the leading company in Japan-China fine chemical trade, we deliver cost-effective products with rapid and reliable supply capabilities.

Functional Chemicals

General Chemicals

Advanced high-performance materials

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Electronics

We are globally expanding the export and import of advanced semiconductor materials and precision chemicals, based in Japan and China.

Semiconductor and display materials

Fine Chemical

Advanced Packaging Materials

Semiconductor material manufacturing equipment

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Life Sciences

Rooted in daily life, we conduct businesses in pharmaceuticals, food products, and agricultural chemicals to enrich people's lives.

医薬品・CDMO

Agrochemicals

Food & Food Additives

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Carbon Design

We are engaged in developing CO2-based carbon recycling technologies, biochemical technologies, and the development, scale-up, and manufacturing of catalysts.

C1ケミカル

Technology Licensing

  • SEG® technology

Noble Metal Synthesis Catalyst

バイオ素材

Fashion/Apparel

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Energy Solutions

We are advancing innovative initiatives including the global expansion of lithium-ion battery materials and energy storage systems, development of next-generation batteries, and hydrogen energy business.

Energy storage system

Battery Materials

Hydrogen Business

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Projects

2026年1月、ハイケムは新体制をスタートさせました! 創業者である高 潮会長から高 裕一新社長へ。この大きな節目を記念して「ハイケムストーリー」では連載企画「BRIDGE TO THE FUTURE~新体制が描く未来への懸け橋~」をお届けします。 連載第2回のテーマは「Generation Bridge ~つながる想い、つづく挑戦~」。高 潮会長と高 裕一社長による親子対談です。

Issue 1: "Leadership Bridge"
Message from the New President, Representative Director Taka Yuichi

2026年1月1日より、ハイケムの新体制がスタートします。 前代表取締役社長の高 潮が代表取締役会長に就任し、これまで取締役を務めてきた高 裕一が代表取締役社長に就任します。さらに、専務取締役の林 勁松が取締役副社長に就任し、新たな体制が始まります。 新体制の開始に伴い、「ハイケムストーリー」では「BRIDGE TO THE FUTURE~新体制が描く未来への懸け橋~」と題し、連載企画として新体制の主要メンバーへのインタビューや座談会の記事を配信してまいります。連載の第1回は、新社長からのメッセージです。

Oceans pave the way to a decarbonized future: Innovative technology "eDOC" put into practical use

There are only 25 years left until carbon neutrality is achieved by 2050. The International Energy Agency (IEA) has sounded the alarm that to achieve this ambitious goal, approximately 1 billion tons of CO2 will need to be removed from the atmosphere per year. Technologies that have attracted attention so far include direct CO2 capture from the atmosphere, such as Direct Air Capture (DAC), developed by companies such as Swiss company Climeworks. However, CO2 concentration in the atmosphere is only 0.04%, making it difficult to increase capture efficiency. Among these, attention is now turning to the ocean, the source of all life.

HighChem launches SEG® project in Malaysia!

Sarawak is Malaysia's largest state, blessed with rich nature and diverse culture. Currently, Sarawak is attracting attention from around the world as a useful investment destination. The state boasts the largest natural gas production in Malaysia, and is currently operating hydroelectric power plants totaling approximately 3.5 gigawatts, utilizing its abundant hydroelectric resources, with plans to expand to 15 gigawatts by 2035. In May, HighChem signed a memorandum of understanding (MOU) with Sarawak Petchem, owned by the Sarawak state government, and agreed to develop a business locally using its SEG® technology.

[China Biotech Feature] Can Algae Save the World!? 
Algae Cultivation Equipment & CEO Interview

The infinite possibilities of microalgae are drawing worldwide attention. Not only does it play a role as the starting point of the food chain, but it also has a wide range of applications, including as a next-generation protein source, a raw material for biofuel, and even contributing to the realization of carbon neutrality. In this interview, Ni Liangping, president of Guangyu Biotech, an innovative Chinese biotechnology company with which we have a strategic partnership, talks about the potential of microalgae and the advanced technology of photobioreactors that realize industrial applications. CEO of Yueqing Guangyu Biological Technology Co., Ltd. (Guangyu Biotech) Born in December 1983.

Establishing a joint venture for CO2 utilization technology
Interview with Carbon Energy CEO Kang Peng

HighChem () and Carbon Energy Corporation, a Chinese climate tech company, jointly exhibited at the H2 & FC EXPO [Spring] Hydrogen & Fuel Cell Expo for three days from February 19 to 21. On the 21st, the last day of the exhibition, HighChem and Carbon Energy announced the establishment of a joint venture company, HighEnergy Co. The joint venture will promote research and development of advanced technologies for effective CO2 utilization and provide technical support. In today's report, we would like to share with you an interview with Mr. Peng Kang, the founder and CEO of Carbon Energy.

The world’s first CO₂-derived paraxylene project featured in sports uniforms worn by national climbing teams

In July 2024, The North Face unveiled the world’s first sports uniform incorporating a new CO₂-derived material—commercialized with the aim of realizing a decarbonized society. The uniform will be worn in sporting climbing competitions by national teams from Japan, the United States, Australia, and South Korea. This new technology is an initiative to replace paraxylene—the raw material for polyester, which has traditionally been derived from petroleum—with a CO₂-derived alternative.

Leveraging Networks Built in Japan and China
Tackling the Rapidly Growing Battery Materials Market in India!

In addition to Europe and the US, HighChem is actively expanding into Asian countries, including Southeast Asia other than China. India, where the population continues to grow and the economy is growing rapidly, is no exception. In India, the government is working at a fast pace to transition the automotive industry to EVs (electric vehicles), and has set a goal of increasing EVs to more than 30% of new car sales by 2030. In the midst of this, Indian companies looking for high-quality EV and ESS (storage battery) materials have focused their attention on network HighChem has built up over the years in Japan and China.

Aiming for Decarbonization with Formic Acid
New Catalyst Technology Developed in Japan-China Joint Project

Hydrogen is expected to become the next generation Energy to realize a decarbonized society. HighChem 's catalyst development capabilities and scale-up capabilities are expanding into the field of hydrogen Energy. The company has teamed up with a major Chinese precious metals supplier to participate in a Japan-China joint project by JICA (Japan International Cooperation Agency) and China's Ministry of Science and Technology (equivalent to the former Science and Technology Agency of Japan). The two companies have succeeded in developing a high-performance catalyst to extract hydrogen from formic acid, which is attracting attention as a "hydrogen carrier" that can safely and efficiently store and transport hydrogen, as well as a technology to synthesize formic acid from carbon dioxide and hydrogen, and are currently considering applying for a patent.

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HIGHCHEM STORY

A Channel to Share HighChem's Current Journey

半導体用高純度材料容器とは?取り扱いメーカー・製品も紹介

半導体製造では、ppb(10億分の1)レベルの極めて厳格な純度管理が求められます。使用される化学品の品質はもちろんのこと、それらを保管・輸送するための容器にも高い性能が不可欠です。 今回の記事では、化学品用産業容器の基本から半導体用高純度容器に求められる要件、そして弊社での取り扱いメーカー・製品に関する情報まで幅広く紹介します。TEOSやHCDSなどの液体前駆体を保管・輸送するための容器です。6N〜9Nの高純度に対応し、1L〜10Lまでのサイズ展開があります。出荷実績は5,000個以上です。

HIGHCHEM STORY

A Channel to Share HighChem's Current Journey

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