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Graphite-Like Layered Structure with High Stability: Boron nitride has a flat hexagonal crystal structure similar to graphite, providing excellent structural stability and strong in-plane bonding while maintaining weak interlayer forces for easy lubrication and processing.
Isoelectronic with Carbon Allotropes: Its electronic structure is comparable to carbon materials, enabling it to form similar allotropes while offering distinct physical and chemical properties suitable for advanced material applications.
Low Interlayer Bonding for Superior Lubricity: The layers are held together only by van der Waals forces, with no strong boron–nitrogen bonds between layers, giving boron nitride excellent lubricating performance and easy shear behavior.
Versatile Crystal Forms for Diverse Applications: In addition to the hexagonal layered form, boron nitride is also available in a spherical structure, expanding its usability across different industrial and engineering applications.
Products Description of Boron nitride CAS#10043-11-5
Boron nitride has structures isoelectronic to carbon allotropes. Its graphite-like hexagonal form consists of alternating B/N atoms in hexagonal rings, with layers bonded by van der Waals forces (B–N: 1.466 Å, interlayer: 3.33...
Product Applications of Boron nitride CAS#10043-11-5
Boron nitride (isoelectronic to carbon allotropes) is used in alloys, semiconductors, nuclear reactors and lubricants. Hexagonal boron nitride, an electrical insulator, finds applications in high-temperature components, mold coatings, self-lubricating additives, high-temperature coatings and semiconductor substrates.
Parameters
Safety Information
Delivery Time
Inventory 2-3 working days New manufacturing 7-10 working days
Mode of Transportation
1. By Air, fast but expensive.
2. By Sea, usual and economy.
3. By Train, suit for middle Asia countries.
4. By Express, suit for small package.
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