The 2nd Thermal Management Material Technology Expo 2024” will be held in Hall 7 of Shenzhen International Convention and Exhibition Center (Bao’an) on November 6-8, 2024, which is organized by New Materials Committee of China Association of Productivity Promotion Centers (CAPPC), DT New Materials, and iTherM Insight Thermal Management. The event will efficiently present a one-stop value docking platform for the thermal management industry chain to meet and promote the exchange, cooperation and win-win development of thermal management industry units.
The conference will attract 300+ exhibitors, including 100+ high-tech enterprises, with an exhibition area of 20,000 square meters. The exhibition area is planned and designed according to the thermal management industry chain, covering thermal management materials, liquid cooling industry, instruments and equipment, solutions, innovative achievements and other display areas, covering thermal management in the field of thermal conductivity, heat dissipation, thermal insulation, heat storage and other fields, to explore the new dynamics of the thermal management industry, new technologies, new scenarios and new trends, and to share the new quality of productivity of hundreds of billions of dollars in the big market!
Ltd. will bring its self-developed customized helium mass spectrometry leak detection system for thermal management industry and intelligent industrial vacuum inspection solution to this conference in the Liquid Cooling Industry Exhibition Area. The system has significant applications in liquid cooling and automotive thermal management. In the field of liquid cooling, it can accurately detect tiny leaks in liquid cooling panels to ensure cooling effect and safety. In the field of automobile thermal management, the system can detect the leakage of automobile air-conditioning system, chassis damping system, fuel system and battery system, etc., so as to guarantee the sealing and reliability of the thermal management system of the whole vehicle, and to improve the safety and performance of new energy vehicles.
