Boron nitride materials can be physically strengthened by adding some other ceramics, such as B2O3(BN-BO), ZrO2 (ZSBN), or AlN (BN-AlN), high purity boron nitride can withstand in an inert atmosphere than composites/reinforcements Higher temperature ceramics. However, Boron nitride composite ceramic generally has better wear resistance and better performance in the air.

BN-BO uses a B2O3 binder to increase the mechanical strength of hot-pressed hexagonal boron nitride. Has higher density without loss of ceramic powder. This makes it an excellent choice for high-temperature insulators in the electronics industry.

Because the adhesive system is hygroscopic, BN-BO must be used to avoid exposure to moisture.

-High-density, high-purity powder, a practical choice for high-temperature insulators.

-The best choice for special nozzles and nozzles.

-Excellent processing performance, can be processed according to any drawing.

Boron nitride composite ceramic BN-BO specifications

Item

Units

BN-BO

Compositions

 

BN+B2O3

Density

g/cm3

2.1-2.2

25°C Volume Resistivity

Ω·cm

>10-13

Max. Service Temp. (°C)

In air

900

Inset Gas

1800

High Vacuum

1800

Flexural Strength

Mpa

75

Compressive Strength

Mpa

100

Thermal Expansion (25-1000°C)

 10–6/K

2

Thermal Conductivity

W/mK

30

Boron nitride composite ceramic BN-BO application

-As a mouthpiece

-For use in ion implanters.

-Suitable for the electronics industry, constantly looking for new applications.

Boron nitride composite ceramic BN-BO products are available: discs, sheets, plates, tubes, rings, rods, insulators, nozzles, and other machined parts.

Packing

Our Boron Nitride Ceramic BN-BO is always treated with care to prevent damage during storage and transportation and to Maintain product quality.