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Vacuum Deposition Crucibles

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Boron Nitride Crucible, BN Crucible

Boron Nitride Crucible, BN Crucible

Catalog No.

BN1662

Size

Various

Material

Pure composite boron nitride

Purity

99%

Shape

Crucible

Boron nitride crucibles are available in various forms, purities, sizes, and prices. Other customized BN ceramic products are also available upon your requirements.

 

Material Properties & Manufacturing

Advanced Hexagonal Boron Nitride (h-BN)

  • Crystal Structure: Hexagonal lattice (h-BN) with graphite-like lubricity

  • Thermal Stability: Maintains performance up to 2973°C in vacuum/inert gas

  • Unique Dual Characteristics:

    • Mechanical: Similar machinability to graphite

    • Electrical: Excellent insulator (>10¹³ Ω·cm)

Precision Manufacturing Process

  • Hot-Pressed BN Blank: SAM’s proprietary fabrication ensures >99.5% purity

  • Post-Processing: CNC machining achieves ±0.05mm dimensional tolerance

 

Product Specifications by Grade

Grade

BN99 (AX05)

BN-BO (A)

BNCB (HP)

BNSIO (M26)

ZSBN

Composition

hBN>99.5%

hBN>98%

hBN>90%+CaBO₃

hBN 60%+SiO₂ 40%

hBN 45%+ZrO₂ 45%

Density (g/cm³)

1.9

2.1

2.0

2.5-2.6

2.9

Key Advantages

Ultra-high purity

 

Best thermal conductivity (30W/mK)>

Cost-effective

 

Good moisture resistance

Optimized for thermal cycling

 

Spallation resistant

Enhanced wear resistance

 

SiO₂ reinforced

Highest mechanical strength

 

ZrO₂ toughened

 

Standard Product Line

Geometry Options

  • Crucibles: Cylindrical/Conical (25mL-1000mL)

  • Other Forms: Rods (Ø5-100mm), Plates (1-50mm thickness), Custom Tubes

Dimensional Standards


 

A: Top Diameter, B: Height, C: Bottom Diameter
  • Standard Ratios: A:B:C = 1:1.2:0.8 (customizable)

  • Special Features:

    • Pyrometer ports (±0.1mm positioning accuracy)

    • Anti-splash spout designs

    • Multi-chamber configurations

Stanford Advanced Materials (SAM) Corporation offers customized service of BN crucible shapes and dimensions for our customers. 

 

Performance Comparison

Parameter

BN Crucible

Alumina Crucible

Graphite Crucible

Max Temp (Inert)

2973°C

1800°C

3000°C

Thermal Shock ΔT

>1500°C

200°C

800°C

Metal Adhesion

None

Moderate

Severe

Oxidation Resistance

Excellent

Excellent

Poor

 

Industry Applications

Semiconductor & Electronics

  • MBE/MOCVD Systems: GaAs/GaN crucibles with <0.1ppm contamination

  • Vacuum Feedthroughs: High-voltage insulators (up to 50kV)

Specialty Metallurgy

  • Precious Metals: Au/Ag/Pt melting (99.99% purity retention)

  • Reactive Metals: Ti/Al alloys with zero crucible reaction

Emerging Technologies

  • PV Industry: Silicon ingot growth crucibles

  • Battery Research: Li-metal containment solutions


 

Packaging

Our BN crucibles are tagged and labeled externally to ensure efficient identification and quality control. Great care is taken to avoid any damage that might be caused during storage or transportation.

 

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