New production campus strengthens semiconductor materials manufacturing capabilities for global semiconductor and high-temperature process applications
NINGBO, China — May 2026 — Semicera, a manufacturer of advanced semiconductor materials and coating technologies, announced major progress in the construction of its new semiconductor manufacturing facility, developed to support growing global demand for high-performance semiconductor process materials and advanced coating solutions.
The new production campus, covering approximately 88 mu (nearly 59,000 square meters), was officially launched in 2025 as part of Semicera’s long-term expansion strategy in advanced semiconductor materials and coating technologies.
What was previously undeveloped land in 2025 has now rapidly progressed into a modern manufacturing complex. In 2026, the main structures of the new facility have officially reached the topping-out stage, marking a major milestone in the project’s construction phase. The facility is expected to begin production operations by the end of 2026.
The new campus represents a significant expansion of Semicera’s manufacturing and engineering capabilities in:
- SiC (Silicon Carbide) coating
- TaC (Tantalum Carbide) coating
- PyC (Pyrolytic Carbon) coating
- High-purity graphite components
- Semiconductor thermal field materials
- Precision semiconductor process components
The facility is designed to support integrated manufacturing processes including graphite machining, CVD coating deposition, purification, quality inspection, and semiconductor materials engineering.
Advanced Coating Technologies for Semiconductor Manufacturing
Semicera specializes in advanced coating technologies and high-purity graphite materials used in demanding semiconductor manufacturing environments requiring exceptional thermal stability, corrosion resistance, and material purity.
The company’s products are widely applied in:
- Semiconductor epitaxy systems
- SiC crystal growth processes
- MOCVD applications
- Thermal field systems
- Power semiconductor manufacturing
- Advanced photovoltaic and energy applications
As global investment in third-generation semiconductors and high-efficiency power electronics continues to accelerate, demand for advanced semiconductor coating materials and graphite process components is expanding rapidly across the industry.
Expansion of SiC, TaC and PyC Coating Capacity
The new manufacturing facility is expected to further enhance Semicera’s future production efficiency, process consistency, and large-scale delivery capabilities for international semiconductor customers.
The project includes advanced infrastructure for:
- CVD coating production
- Precision graphite processing
- Semiconductor materials purification
- Process engineering and R&D
- Reliability testing and quality control
The expansion reflects increasing market demand driven by:
- Electric vehicles (EVs)
- 800V power platforms
- Renewable energy infrastructure
- AI computing and data centers
- Industrial electrification
Strong Growth in Semiconductor Materials Demand
Driven by increasing demand from semiconductor, power electronics, and advanced energy markets, Semicera continued expanding its production scale and delivery capabilities throughout 2025.
In 2025, the company achieved annual sales revenue of approximately USD 55 million, while annual shipments of semiconductor susceptors exceeded 10,000 units.
The growth reflects rising demand for:
- SiC epitaxy components
- Semiconductor thermal field materials
- High-purity graphite consumables
- Advanced CVD coating technologies
- High-temperature semiconductor process components
Semicera’s susceptors and coated graphite components are widely used in semiconductor manufacturing processes requiring high purity, thermal stability, and process reliability under extreme operating conditions.
Supporting Global Semiconductor Supply Chains
“With the continued growth of advanced semiconductor technologies, demand for high-performance coating materials and semiconductor process components continues to increase globally,” the company stated.
“The new facility represents an important step in Semicera’s long-term manufacturing strategy. We will continue investing in process engineering, coating technologies, and production capabilities to support the evolving needs of the global semiconductor industry.”
Upon completion, the new production base is expected to further strengthen the company’s position in advanced semiconductor coating technologies and high-purity graphite component manufacturing.
About Semicera
Semicera specializes in advanced semiconductor materials including SiC coating, TaC coating, PyC coating, high-purity graphite components, semiconductor ceramics, and thermal field materials. The company serves customers across semiconductor, photovoltaic, LED, and advanced power electronics industries with materials engineered for high-temperature and precision manufacturing applications.
Post time: May-13-2026