China restricts the export of chipmaking metals
On Monday, China’s commerce ministry announced that it would be implementing export restrictions on two metals crucial for semiconductor manufacturing. This move further intensifies the ongoing technological trade dispute between China and Europe and the United States revolving around the availability of microchips.
Under the new regulations, which are imposed on national security grounds, exporters will be required to obtain a license to ship specific gallium and germanium compounds. These restrictions will go into effect starting from August 1st. The application process for these export licenses will involve disclosing detailed information about the importers and end users of these metals and specifying the intended purpose for which they will be utilized.
This latest action by China is a significant development in the escalating global competition for technological dominance. According to a study conducted by the European Union on critical raw materials, China currently holds the position as the most significant global source of both gallium and germanium metals.
As news of the export curbs emerged, shares of Chinese germanium producers experienced a substantial surge in value on Tuesday. Yunnan Lincang Xinyuan Germanium Industrial, for instance, witnessed a significant increase of 10% in Shenzhen, hitting the daily limit for gains. Similarly, Yunnan Chihong Zinc & Germanium saw its earlier gains reduced but still managed to rise by 7.5%. In contrast, the broader CSI 300 index, consisting of China’s most extensive A-share listings, recorded a mere 0.1% gain during midday trading.
These market reactions reflect the perceived significance and potential impact of China’s export restrictions on the supply of these critical metals, further fueling the intensifying competition between nations for technological supremacy.
In October, the United States introduced comprehensive regulations restricting exports of crucial chips and semiconductor tools to China. These measures are designed to significantly impact China’s efforts to enhance its domestic technology industries. Implementing these rules is seen as potentially crippling China’s ambitions in this sector.
Furthermore, the United States has actively engaged in lobbying efforts targeting important chip-producing nations and its allies, including the Netherlands and Japan. These efforts aim to encourage these countries to impose export restrictions on crucial semiconductor components and technologies. The United States aims to limit China’s access to vital resources further and disrupt its technological advancement by seeking support from these nations.
The Netherlands has implemented new export restrictions on advanced semiconductor equipment in response to the United States lobbying efforts. These measures, announced on Friday, will prevent ASML, a globally significant semiconductor company, from exporting its products to China. It is worth noting, however, that these newly imposed Dutch restrictions do not specifically single out ASML as the target.
The move by the Netherlands is seen as a significant development in the ongoing technological trade war, as ASML plays a crucial role in producing cutting-edge lithography machines that are vital for semiconductor manufacturing. By imposing these export curbs, the Netherlands aims to align with the United States’ efforts in restricting China’s access to advanced semiconductor technology. This further complicates China’s ability to enhance its domestic technology industries, as it faces increasing limitations on acquiring crucial equipment from leading global manufacturers like ASML.
Several countries are taking steps to capitalize on their traditional strengths to safeguard their supply chains and bolster domestic chip industries. They are focusing on specific areas where they have established expertise. For instance, Japan recently witnessed a significant development in this direction.
Last week, a fund supported by the Japanese government proposed acquiring semiconductor materials giant JSR at a value of 903.9 billion yen (equivalent to $6.3 billion). This move aims to secure critical semiconductor materials and strengthen Japan’s position in the global semiconductor industry.
By acquiring JSR, the fund intends to tap into the company’s extensive experience and expertise in producing materials essential for semiconductor manufacturing. This strategic move aligns with Japan’s broader objective of reducing its reliance on foreign suppliers and establishing a more self-reliant semiconductor supply chain.
This acquisition proposal signifies Japan’s determination to bolster its domestic chip industry and reinforce its competitive advantage in specific semiconductor market segments. It is part of a broader global trend where countries strive to strengthen their technological capabilities and reduce vulnerabilities in the face of the ongoing geopolitical tensions surrounding semiconductor supply chains.
Semiconductors hold a prominent position among the most critical technology products. Their significance extends across various applications, from smartphones and cars to refrigerators. Moreover, semiconductors play a pivotal role in military advancements and are considered essential for the progression of artificial intelligence.
The widespread integration of semiconductors can be observed in various consumer electronics, which power the functionalities and computational capabilities of smartphones, tablets, laptops, and smart home appliances such as refrigerators. Additionally, semiconductors are:
- Vital components in automotive technology.
- Enabling advanced features like electric vehicle systems.
- Autonomous driving capabilities.
- In-car entertainment systems.
The importance of semiconductors goes beyond consumer applications. They are indispensable in military contexts, significantly developing defence systems, communications equipment, and surveillance technologies. Moreover, semiconductors are at the forefront of the burgeoning field of artificial intelligence, enabling breakthroughs in machine learning algorithms, data processing and accelerating the advancement of AI-powered technologies.
Given their pervasive role in various industries and technological domains, semiconductors have become integral to modern society’s functioning and progress. The global competition surrounding semiconductors’ production, supply, and innovation underscores their criticality and the strategic importance attached to them by countries worldwide.
