Congratulations on Our Successful Accreditation as a National High-Tech Enterprise of 2024

In January 2025, Nanjing AdhesionTechnology Co., Ltd. was successfully recognized as a National High-Tech Enterprise for the year 2024, with the certificate number: GR202432011033. This prestigious honor is not only full affirmation of the company’s persistent innovation prowess and technical strength, but also the best reward for the diligent efforts of all staff members.Since its...

2025-01-15

Ji Keju's Research Group from NUAA Published Work in Small: Bionic Friction Pads for High-Temperature Wafer Handling

In the semiconductor industry, continuous upgrades in dimensional precision and process complexity for chip units, display modules, and heterogeneous integration have created a universal demand for damage-free, precise and efficient handling technologyfor brittle substrate materials including wafers, glass and ceramics.Especially for process environments involving high temperatures and vacuum co...

2024-11-27

Leaders from Biancang Town, Tinghu District, Yancheng City Visit Nanjing Adhesion Technology Co., Ltd. to Discuss Scientific and Technological Innovation & Coop

On June 29, 2024, Wang Yilin, Deputy Party Secretary and Mayor of Biancang Town, Tinghu District, Yancheng City, headed a government delegation including Li Nan (Deputy Party Secretary of the Town) and Wang Luna (Deputy Town Mayor) to conduct an in-depth inspection tour of Nanjing AdhesionTechnology Co., Ltd.This official visit aimed to strengthen exchanges between l...

2024-07-05

Mayor Wang Wei of Pizhou City Leads a Delegation to Visit and Investigate Our Company

On March 26, Wang Wei, Deputy Secretary of the Pizhou Municipal Party Committee and Mayor of Pizhou City, Yue Han, Member of the Standing Committee of the Municipal Party Committee and Vice Mayor, together with leading officials from the Municipal Investment Promotion Bureau and other relevant departments, paid an inspection and research visit to ADHESION Techno...

2024-03-27

Ji Keju & Dai Zhendong from NUAA: Insect-Inspired Design Strategy for Flexible Attachments with High Friction and Low Adhesion

The advancement of sophisticated robotic grippers targets efficient, flexible and stable object manipulation via controllable adhesion and friction forces. For instance, flexible attachment pads delivering strong friction alongside weak adhesion enable reliable and high-speed wafer transportation. Insects equipped with smooth foot pads, such as cockroaches, locusts and katydids, are capable of ...

2024-01-10

Our Company Exhibits at 2023 Shenzhen International Film & Adhesive Tape Exhibition

From October 11 to 13, 2023, our company took part in the 2023 Shenzhen International Adhesive Tape Exhibition. The event showcased new adhesive materials, functional film products and supporting technical solutions to visitors spanning optoelectronics, electronics, communications, automotive, medical, photovoltaic, lithium battery and numerous other industries. Running concurrently was t...

2023-11-29

NSFC Official Website Reports the Team’s R&D Achievements in Bionic Adhesion Technology

Recently, the official website of the National Natural Science Foundation of China (NSFC) published a headline news article titled Chinese Researchers Make Advances in the Field of Bionic Adhesion, documenting the research progress achieved by the team led by Professor Dai Zhendong and Associate Researcher Ji Keju on the aerospace applications of bionic adhesion technology....

2023-11-14

Ji Keju's Research Group from NUAA Publishes Work in Small: Pressure-Induced Controllable Bionic Adhesion and Detachment Technology

Strong adhesion coupled with easy detachment constitutes the fundamental mechanical requirement for bionic adhesion technology in engineering applications. In particular, the convenience, cost efficiency and reliability of switching between adhesion and detachment directly determine the realization level of automated interfacial manipulation.Creatures such as geckos, flies and spiders achieve o...

2023-09-20

Gecko-Inspired Bionics Realizes Space Dream: On-Orbit Verification Test of Bionic Adhesive Shoes for Space Station Completed Successfully

Recently, the astronaut crew of Shenzhou-16 completed the on-orbit verification experiment using domestically developed bionic adhesive shoes with full success. The whole development task was undertaken by the research team led by Professor Dai Zhendong and Associate Researcher Ji Keju from the College of Mechanical and Electrical Engineering, Nanjing University of Aeronautics and...

2023-09-10