Precision Ceramics Exhibition 2026: High-Temperature Furnace Insights for Advanced Ceramics Processing

NOTIAN Technology attended the 8th Precision Ceramics Industry Chain Exhibition (Aug 26–28, 2026, Shenzhen). Discover key industry trends and how high-temperature furnace solutions support ceramic sintering, debinding and advanced ceramics manufacturing.

From August 26 to 28, 2026, NOTIAN Technology attended the 8th Precision Ceramics Industry Chain Exhibition at the Shenzhen World Exhibition & Convention Center (Bao'an New Hall), Hall 7. As a manufacturer of high-temperature industrial furnaces, we visited the show to study the latest developments across the precision ceramics and power semiconductor industry chain, and to understand how advanced ceramics manufacturers are solving their high-temperature processing challenges.
Event Overview: A Gathering of 500+ Industry Players
The exhibition, organized by Aibang (CMPE), brought together more than 500 exhibitors across a 20,000 m² show floor, covering precision ceramics materials, ceramic substrates, semiconductor ceramic components, electronic ceramics, sintering and debinding equipment, and related processing services. Nine professional forums ran alongside the event, addressing semiconductor ceramics, LTCC/HTCC, ceramic substrates and power semiconductors, MLCC, advanced ceramics, SOFC/SOEC, ceramic antennas, thermal management materials and piezoelectric ceramics.
Key Trends in the Precision Ceramics Industry Chain
Walking the halls, several clear trends emerged. Demand for ceramic substrates and semiconductor ceramic components is growing rapidly, driven by IGBT and SiC power modules and advanced semiconductor packaging. LTCC/HTCC and MLCC manufacturers are increasingly looking for more uniform, higher-temperature and more energy-efficient thermal processing. Meanwhile, rising interest in high-performance materials such as aluminum nitride, silicon carbide, zirconia and boron carbide is pushing the industry toward stricter control over raw material consistency and repeatable sintering results.
High-Temperature Furnace Solutions for Advanced Ceramics
Precision ceramics processing places strict demands on heating equipment — uniform temperature fields, stable high-temperature performance and reliable batch-to-batch repeatability. As a specialist in high-temperature industrial furnaces, NOTIAN Technology supports this segment with carbonization furnaces, graphitization furnaces, high-temperature vacuum furnaces and hot-pressing solutions, with maximum operating temperatures up to 3150°C. Our equipment is widely used for processing advanced materials including silicon carbide, graphite, boron carbide and other high-performance ceramics, helping manufacturers achieve consistent quality across production runs.
Why We Attend Industry Exhibitions
Attending the Precision Ceramics Industry Chain Exhibition as a visitor gives our engineering team first-hand insight into the real production pain points of ceramics and powder materials manufacturers. These observations directly inform how we refine our furnace designs, temperature control systems and customized solutions, ensuring that our high-temperature processing equipment stays aligned with the evolving needs of the advanced ceramics industry.
FAQ
Q1: What is the Precision Ceramics Industry Chain Exhibition?
It is an annual industry event in Shenzhen, China, organized by Aibang (CMPE), covering the full precision ceramics and power semiconductor industry chain, including materials, equipment, substrates and processing technologies.
Q2: What high-temperature furnace solutions does NOTIAN offer for ceramics processing?
NOTIAN Technology provides carbonization furnaces, graphitization furnaces, high-temperature vacuum furnaces and hot-pressing systems, with maximum temperatures up to 3150°C, supporting advanced ceramics and powder materials processing.
Q3: How can I contact NOTIAN Technology?
Please contact our sales team via email at ntl@ntdzkj.com or by phone at +86-19313280120 for customized high-temperature furnace solutions.