High Thermal Conductivity Ceramic Round Sheet BN Disc For Lab And Research Use Boron Nitride Disk Diameter 10 To 110 mm Thickness 2 To 5 mm 1 Piece 50 By 3 mm Size
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$127.99
Sale price$265.00you save $137.01
Advanced Boron Nitride Ceramic Disk for High-Temp Lab Use
✔️ Diameter 10-110 mm, thickness 2-5 mm, single piece, 50 by 3 mm size
✅ High thermal conductivity and excellent thermal shock resistance
✅ Low thermal expansion 2-4 × 10^-6/°C for dimensional stability
✅ Withstands up to 2000°C for high-temp applications
✅ Non-reactive with many materials; ideal for sintering, melting metals, ceramics, rare earths
✅ Pack size: 1 piece per order; diameter 10-110 mm, thickness 2-5 mm
- handy for high-temp sintering of metals, ceramics, and rare earths
- non reactive with many materials, preventing unintended bonding during tests
✔️ Diameter 10-110 mm, thickness 2-5 mm, single piece, 50 by 3 mm size
Boron nitride ceramic round sheet with exceptional thermal conductivity designed for lab experiments, sintering, and high-temperature heat management in research settings. This single piece is suitable for electronics cooling, high temperature furnaces, and material tests.
✅ Hexagonal BN structure, density 2.27 g/cm³, Mohs hardness 2✅ High thermal conductivity and excellent thermal shock resistance
✅ Low thermal expansion 2-4 × 10^-6/°C for dimensional stability
✅ Withstands up to 2000°C for high-temp applications
✅ Non-reactive with many materials; ideal for sintering, melting metals, ceramics, rare earths
✅ Pack size: 1 piece per order; diameter 10-110 mm, thickness 2-5 mm
💡 What is a boron nitride ceramic disk used for in high-temperature lab work?
The BN disk is handy for heat distribution and temperature stability in furnaces and lab experiments.
- handy for heat distribution in furnaces and reaction chambers- handy for high-temp sintering of metals, ceramics, and rare earths
- non reactive with many materials, preventing unintended bonding during tests