Sweden-India Technologies Platform

Invitation to those interested in new initiatives and partnerships for silicon carbide crystal growth and manufacturing.

Webinar with interactive discussion about close space PVT (CS-PVT) silicon carbide crystal growth and manufacturing. How CS-PVT can be part of educational, research and industrial transition in silicon carbide for present and emerging technologies.

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The Cs-PVT or EDUR-PVT (Education and Research Physical Vapor Transport) is a simplified version of the standard PVT method used for silicon carbide (SiC) crystal growth, offering advantages across educational, research, and industrial sectors.

Key Benefits:

• Educational Benefits: EDUR-PVT’s simpler, cost-effective, and reusable design is ideal for training purposes, as it can be used in regular lab environments without requiring cleanrooms.
• Research Applications: It is versatile for new research directions in epitaxy and surface engineering, enabling knowledge creation for added-value SiC markets, and can be applied in any PVT reactor.
• Industrial Transition: EDUR-PVT helps develop skills in SiC crystal growth, contributing to industrial innovations like larger wafer sizes and improved yields, while bridging academia and industry by providing hands-on experience.
• Emerging Technologies: It supports epitaxial growth and new materials research, such as fluorescent SiC, cubic SiC, and epitaxial graphene, advancing applications in electric vehicles, solar energy, and data centers.