文化部门严查网游违规经营 保护未成年人健康成长

Please inquire US local recruitment matter under SEMCORP Manufacturing USA

On November 22, SEMCORP Group signed a Global Strategic Cooperation Framework Agreement with EVE Energy. SEMCORP and EVE have plans for long-term cooperation in areas such as product supply and technical exchange. EVE expects to purchase no fewer than 3 billion square meters of battery separators from SEMCORP Group’s production facilities around the world, including in Southeast Asia and Europe, between 2025 to 2031.

Unleashing new momentum, exploring new paths. Happy 2025 from SEMCORP Group!

SEMCORP‘s senior management team, led by Chairman Paul Lee, had the privilege of meeting Malaysian Prime Minister Anwar Ibrahim during his visit to China on November 6th. The two sides engaged in extensive and in-depth discussions on advancing SEMCORP's strategic development plans.

At this year’s LGES’s Partners Day, which took place on November 13th, SEMCORP was honored to receive the Quality Excellence Award for its outstanding performance in product quality and customer service. Following the event, SEMCORP received a letter of appreciation from LGES’s CEO, Mr. Kim Dong-myung, who expressed his hope for maintaining a long-term strategic partnership and a successful business relationship between LGES and SEMCORP.

Lithium sulfide is a critical raw material in sulfide solid-state electrolytes. These electrolytes can be used in both cathode and anode systems, as well as in the production of solid electrolyte membranes. SEMCORP has developed sulfide solid-state electrolyte products that have received positive feedback from leading battery customers.

Solid electrolyte membranes are used in solid-state batteries to separate the cathode and anode while transmitting lithium ions. SEMCORP has successfully developed an all-solid-state sulfide electrolyte membrane, which boasts significant advantages in terms of thinness, ionic conductivity, and mechanical strength.

SEMCORP has developed a long cycle coating separator that increases the endurance of lithium-ion batteries. Verified by customers, this separator showed a ~7% improvement in capacity retention after 1,000 cycles compared to conventional separator products, which is considered a technological breakthrough. Additionally, it showed excellent cycling performance in low-temperature environments.

SEMCORP has developed a long cycle coating separator that increases the endurance of lithium-ion batteries. Verified by customers, this separator showed a ~7% improvement in capacity retention after 1,000 cycles compared to conventional separator products, which is considered a technological breakthrough. Additionally, it showed excellent cycling performance in low-temperature environments.

SEMCORP has launched an AI pilot project to control separator thickness. The technology uses advanced AI to enhance the consistency of separator thickness and production efficiency, marking an important step forward for the company in the field of new energy materials manufacturing. This control system can automatically track changes in environmental conditions during the separator production process, autonomously detect abnormal operating conditions, and intelligently adjust equipment parameters.