en.Wedoany.com Reported - According to data released by the General Administration of Customs of China on July 6, 2026, from January to May 2026, China's electromechanical product exports reached 7.58 trillion yuan, a year-on-year increase of 18.4%, accounting for 63.6% of China's total export value, up 3.6 percentage points year-on-year. Since March 2025, electromechanical product exports have set new monthly records for 15 consecutive months.
Among subcategories, products related to the artificial intelligence industry chain performed particularly well, contributing over 50% of the incremental growth in electromechanical product exports. The year-on-year growth rate of integrated circuit exports surged from 9.6% in March 2025 to 100.7% in May 2026; the year-on-year growth rate of automatic data processing equipment and their parts also rose from 1.9% to 58.2%.
The construction machinery industry is undergoing a transformation from traditional diesel power to electrification, intelligence, and high-end development. Exports of electric mining trucks, electric forklifts, and industrial vehicles have all seen significant growth. According to industry analysis, this transformation trend reflects the enhanced competitiveness of China's manufacturing sector in the global industrial chain. Additionally, exports of green products such as electric vehicles, lithium batteries, and wind power generators have maintained high growth rates, with exports of lithium batteries and wind power generators increasing by about 40%.
From the perspective of the overall foreign trade situation, the sustained growth of China's electromechanical product exports has become a key pillar supporting the foreign trade sector. The trend of electromechanical product exports setting new monthly records for 15 consecutive months demonstrates the resilience and competitiveness of China's manufacturing sector in the global supply chain. With the continuous penetration of new technologies such as artificial intelligence and electrification, the export structure of electromechanical products is expected to further optimize.
