#Japan #Iwata #Kumiai Chemical #BMI Materials #Semiconductor Production

Kumiai Chemical Enhances Semiconductor Material Production

Kumiai Chemical has taken a significant step towards bolstering its position in the semiconductor materials market by completing a new plant dedicated to the production of BMI materials as of May 19. As the world increasingly integrates digital technologies into everyday life—highlighted by advancements in AI and high-speed communications—the demand for semiconductor components continues to soar. According to data from the World Semiconductor Trade Statistics (WSTS), the global semiconductor market is projected to reach a record high of $611.2 billion in 2024, which is a substantial 16.0% increase from the previous year, with double-digit growth expected to persist into 2025.

The enhanced productivity from Kumiai's new facility is a strategic response to the challenges posed by rising temperatures associated with high-speed data processing. As semiconductors become smaller and more densely packed due to technological advancements, managing heat dissipation becomes critical. Inadequate heat management can lead to shortened lifespans and risks of thermal runaway in semiconductors. To mitigate such risks, effective cooling systems and heat-resistant materials are essential.

The new plant, operated by Kumiai's subsidiary K-I Chemical Co., Ltd., specializes in the production of BMI (Bismaleimide) resins, which are thermosetting monomers. These materials are instrumental in providing heat resistance and strength when incorporated into laminates and composite materials and play a critical role in temperature management. Additionally, the incorporation of carbon fibers improves the heat resistance and strength of these resins, making them suitable for applications in aerospace components and recreational products. K-I Chemical's supply capacity for BMI materials ranks among the top in Japan, allowing them to address the increasing demand effectively.

The newly completed plant will not only cater to the current rise in demand for electronic materials used in generative AI servers but will also play a role in the expansion of communication networks, including those utilizing low Earth orbit (LEO) satellites. This growing need creates further opportunities for BMI materials in new areas, prompting Kumiai Chemical to accelerate growth in its chemical business through the enhancement of production systems, the development of new BMI derivatives, and the exploration of new customers and applications.

Furthermore, K-I Chemical Co., established in 1975, is involved in various sectors, producing not only BMI materials for electronic components but also a range of organic intermediates for pesticides and pharmaceuticals. Their biotechnology division focuses on creating safe feed additives and engaging in contract cultivation. Kumiai Chemical itself has been a leading agricultural chemical company for over 70 years, emphasizing a commitment to preserving life and nature through the innovation of pesticides and other chemical products. By continuously developing new agricultural products and production techniques, Kumiai aims to tackle various societal challenges through agriculture.

In conclusion, the completion of K-I Chemical's new plant marks a pivotal moment for Kumiai Chemical as they seek to meet the escalating global demand for semiconductor materials while advancing their broader commitment to innovation and sustainability in the agricultural sector.

For more information, visit K-I Chemical and Kumiai Chemical.