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Choosing the Right Graphite Crucible for Crystal Growth: A Practical Guide
by admin on 26-02-05
In the world of crystal growth—whether for SiC, GaN, sapphire, or other advanced materials—the graphite crucible isn’t just a container. It’s a thermal boundary, a reaction interface, and a gatekeeper for purity. Choosing the right crucible can significantly impact yield, crystal quality, a...
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TaC Coated Graphite Crucible Selection Guide
by admin on 26-01-28
In high-temperature crystal growth and epitaxy/deposition equipment, a graphite crucible plays three roles at once: a thermal boundary, a reaction interface, and a potential contamination source / contamination barrier. This is why TaC-coated graphite crucibles are becoming increasingly common—a ...
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Why SiC-Coated Graphite Crucibles Determine Stable Mass Production？
by admin on 26-01-21
In SiC crystal growth production lines, many engineers focus on hot-zone design, temperature control curves, and powder formulation. Yet when yield fluctuations arise, the root cause often traces back to the same component—the crucible. It doesn’t emit light, doesn’t rotate, and doesn’t show up a...
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What is MOCVD SiC Coated Heater
by admin on 26-01-14
MOCVD (Metal-Organic Chemical Vapor Deposition) is a widely used technique for high-quality thin-film deposition and plays a critical role in the semiconductor and electronics manufacturing industries. As a key component in the MOCVD process, SiC-coated heaters are commonly used to support high-t...
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Graphite Heating Element Max Temperature: What Limits It in Air vs Vacuum?
by admin on 26-01-07
Graphite heating elements, as high-temperature heating devices, are widely used in many industries, including metallurgy, electronics, semiconductors, and chemicals. Graphite materials have excellent thermal conductivity, high-temperature resistance, and chemical stability, allowing them to maint...
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The Application of Graphite Felt for Flow Battery
by admin on 25-12-29
In the field of advanced energy storage, flow batteries have gradually emerged as a scalable and long-duration solution, particularly for stationary applications such as grid balancing, renewable energy integration, and industrial backup systems. Among the core materials that determine the perfor...
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The Application of Graphite Battery Felt in Flow Batteries and Fuel Cells
by admin on 25-12-23
Graphite battery felt plays a crucial role in modern battery technologies, especially in flow batteries and fuel cells. As an efficient and durable material, graphite felt provides excellent electrical conductivity and thermal stability, while also contributing to improved battery performance, ex...
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What is Graphite Electrode Felt?
by admin on 25-12-16
Graphite electrode felt is a porous, high-temperature resistant carbon-based material widely used in electrochemical applications, especially in energy storage and conversion systems such as redox flow batteries, fuel cells, and electrolytic reactors. It is manufactured by carbonizing and graphit...
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What is SOI?
by admin on 25-12-09
SOI is the abbreviation for Silicon-On-Insulator. Literally, it means “silicon on an insulator.” In practice, the structure is that there is an ultra-thin insulating layer, such as SiO₂, on top of the silicon wafer, and then a thin silicon layer is formed on top of this insulating layer. This str...
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