BASF Signs Cooperation Memorandum with Qiteng Robotics to Jointly Advance Intelligent Upgrading of the Chemical Industry

April 3, 2026 – BASF and Qiteng Robotics have formally signed a cooperation memorandum.

Under the memorandum, both parties will jointly explore the application of Qiteng Robotics’ products and intelligent inspection solutions at BASF facilities, supporting digitalization and automation in the chemical industry with a focus on key safety-critical application scenarios.

The two sides will also conduct material innovation cooperation for core robotic components. Leveraging BASF’s extensive expertise in specialty materials including engineering plastics, thermoplastic polyurethanes and polyurethane systems, they will focus on unlocking the potential of material technologies in the lightweight design of quadruped robots and humanoid robots. Continuous advancements in material performance will strongly support performance optimization and iterative upgrades of robotic products.

Dr. Lou Jianfeng, Chairman and President of BASF Greater China, said: “We are greatly encouraged by the dynamic growth of China’s smart manufacturing sector. BASF looks forward to deepening strategic cooperation with Qiteng Robotics, concentrating on digital transformation and safe production scenarios in the chemical industry. At the same time, we will drive material innovation for core robotic components, helping to continuously improve the safety, lightweight performance, intelligence and customization of robotic solutions, while expanding their application scope and market reach.”

Zhu Dong, Chairman of Qiteng Robotics, commented: “We are honored to establish a strategic partnership with BASF, a global leader in the chemical industry. This signing marks a new chapter in bilateral relations. Moving forward, we will promote the large-scale deployment of Qiteng’s intelligent inspection solutions across BASF’s global facilities. Combining Qiteng Robotics’ product and technical service advantages with BASF’s material innovation capabilities, we will explore the integration of new materials and intelligent equipment for the lightweight and bionic design of robots, jointly empowering high-quality industrial upgrading.”