Shenyang StarLight Hosts Global Scholars to Foster International Industry-Academia Collaboration

Shenyang, China – June 27, 2025 – Shenyang StarLight New Materials Co., Ltd., a trailblazer in silicon carbide technology with over three decades of expertise, welcomed 32 international graduate students from Dalian University of Technology (DUT) International College for a landmark visit last Friday. Representing seven countries, including Germany, Indonesia, and Nigeria, the delegation explored StarLight's advanced silicon carbide manufacturing ecosystem, marking a strategic step toward global academic-industry synergy and future cross-border partnerships.

A Legacy of Innovation and Academic Integration

As a spin-off from Shenyang StarLight Advanced Ceramics Co., Ltd. (established in the 1990s), StarLight New Materials has evolved into a leader in high-purity silicon carbide solutions for semiconductors and renewable energy sectors . The company's commitment to academia-industry collaboration is exemplified by its partnerships with 12 universities and research institutes, including joint projects on AI-optimized techniques and circular economy solutions .

During the visit, students witnessed StarLight's proprietary manufacturing processes, such as isostatic pressing and 3D printing, which achieve micron-level precision (±0.01 mm) for semiconductor-grade components . The demonstration of its patented high-purity silicon carbide production method (CN119954516A), which reduces energy consumption by 30% while enabling complex-shaped products, drew particular interest .

Bridging Global Talent with Industrial Expertise

The itinerary highlighted three key areas of knowledge exchange:

1. Smart Manufacturing: Real-time monitoring systems in StarLight's IoT-enabled workshops, showcasing automated quality control for 4N+ purity silicon carbide products .

2. Sustainable Practices: Closed-loop recycling technologies that recover 95% of abrasive waste in silicon carbide processing .

3. R&D Synergy: A hands-on session at StarLight's innovation lab, where students interacted with engineers developing graphene-enhanced silicon carbide composites for aerospace applications.

“This visit transcends technical education—it's about cultivating global ambassadors for advanced materials,” remarked Dr. Liu, StarLight's R&D Director. “These students represent markets where our silicon carbide solutions can drive sustainable industrialization.”

Seeding Future International Cooperation

The delegation's composition—combining materials science, environmental engineering, and business majors—reflects StarLight's multidimensional approach to global expansion:

1. Technology Transfer Prospects: Nigerian students explored silicon carbide membrane applications for oil refinery wastewater treatment in the Niger Delta region.

2. Supply Chain Innovation: German delegates proposed collaborative research on silicon carbide components for EU hydrogen energy infrastructure.

3. Market Localization: Indonesian participants discussed adapting StarLight's kiln furniture systems for Southeast Asia's ceramic industry.

A highlight emerged when Vietnamese student Tran Minh demonstrated a prototype AI model for optimizing silicon carbide sintering parameters, prompting immediate technical discussions with StarLight engineers.

Academic-Industrial Vision for Global Challenges

StarLight unveiled plans to launch an International silicon carbide Innovation Scholarship in 2026, supporting 20 global graduate students annually. This initiative aligns with its strategy to:

1. Expand Cross-Border R&D: Establish joint labs with universities in Africa and Southeast Asia by 2027.

2. Customize Solutions: Develop region-specific silicon carbide products addressing local industrial and environmental needs.

3. Strengthen Talent Pipelines: Offer internship programs targeting participants from Belt and Road Initiative countries.

Prof. Elena Müller, DUT's International College Dean, noted: “StarLight's open innovation model provides a blueprint for solving global challenges through materials science. Our students gained firsthand insight into how academic theories translate into industrial impact.”

Toward a Connected Materials Ecosystem

With 38% of StarLight's 2024 revenue coming from international markets, this visit reinforces its position in China's $12 billion silicon carbide industry. The company reports a 200% YoY increase in overseas technical inquiries, driven by growing demand for:

1. Semiconductor-grade silicon carbide crucibles (85% market share in East Asia)

2. Photovoltaic silicon carbide coating systems (reducing solar panel degradation by 40%)

3. Hydrogen purification membranes (achieving 99.95% H2 selectivity)

Looking Ahead

As StarLight prepares to showcase these innovations at Hannover Messe 2026, CEO Wang Zhigang emphasized: “Today's students are tomorrow's industry leaders. By nurturing these global connections today, we're building the infrastructure for a smarter, greener industrial future—one silicon carbide innovation at a time.”