Standard MBE Crucible (PBN c82 71)
Composition:Pyrolytic Boron Nitride (PBN)
Catalog No.:PBN c82 71/418-00-170
Purity:99.99%
Chemical content of QSAM PBN crucible
Pysical properties of QSAM PBN crucible
- Product Details
Buy PBN c82 71 crucible with credit cards
Please click the button below, or send us an inquiry for possible discount on large quantity purchase.
Outer/Lip Diameter: 71mm
Crucible Wall Thickness: 0.9mm
Reference Price: $1,380.00 (Shipping Included)
Typical Lead Time:4 weeks
PBN Crucibles from QSAM
QSAM is supplying all type of PBN crucibles to meet customer demand. Including but not limited to this PBN c82 71, we can provide a series of standard crucibles that fit MBE Components system.
For other PBN products, please check our pages as follow,
List of standard PBN crucibles
Related Articles
PBN Crucibles Empower High-Temperature Corrosion Research in Solar Thermal Energy Storage
A brief direction of MBE crucible-Ta or PBN?
Review of a research of PBN Crucible in a Multi-Zone Vertical Bridgman Furnace
Explore lattice constants of boron carbides with PBN crucible
Understanding the VGF Process and the Role of PBN Crucible
Influence of the crucible shape on growth of GaAsThe Future of Optoelectronics: Ulm University Deepens Semiconductor Laser Technology
PBN Crucible Introduction
The pyrolytic boron nitride (PBN) crucible offers significant advantages in high-temperature processes due to its exceptional thermal stability, chemical inertness, and excellent heat transfer properties. PBN crucibles are known for their ability to withstand extreme temperatures without deforming or reacting with the materials being processed, ensuring a clean and uncontaminated environment. Additionally, the superior heat conductivity of PBN crucibles enables rapid and uniform heating, promoting efficient and consistent reactions. Because PBN crucibles are manufactured using the CVD method, the h-BN crystals exhibit a perfect layered structure and grow along the surface of the crucible. This ensures uniform thermal conductivity throughout the crucible, which is noticeably different from hot pressing BN or other hot-pressed ceramics. This unique property makes PBN crucibles highly suitable for crystal growth applications. Furthermore, due to the unusual gas-to-solid phase change involved in the CVD process, PBN exhibits exceptionally high purity, easily reaching levels as high as 99.99%. These inherent advantages have made PBN crucibles a preferred choice in industries such as semiconductor manufacturing, metallurgy, and advanced materials research.
Packaging of PBN Crucibles
In order to deliver the fragile PBN materials safe, the crucibles are packed in bagweak vacuum, and heavy foam.
Related Product
High Purity Boron Nitride Crucibles