Boron Carbide is the 3rd hardest synthetic material after diamond and cubic boron nitride. Powder form is widely used as raw material for further synthesis reactions as boron source. It is converted into the hard plaques to provide protection in numerous applications. Large crystals are also used as abrasives.
Pavezyum initiated the Non-Sintered B4C production at the beginning of 2021. Non-Sintered ceramics are produced in the powder form without getting chunked or bulked.
B4C 96 – 99%
C 4% max.
Available Sizes (15 – 100 μm)
Size scale and distribution can be adjusted up on request!
High Tech Versions can be produced as D90 < 10 μm and D90 < 1.5 μm
TiB2 96 – 99 %
Impurities:TiC, moisture, TixOy, C
Common Grade (15 – 100 μm) adjusted upon request
Custom Grade Low micron particles ( 3 – 12 μm)
Advanced fine particles can be produced (< 3 μm)
Gray Powders
TiC 98 – 99 %
Carbon 0.5 – 1.5 % max.
Check for Different grades
Regular > 20 µm
Grade10: 8 – 20 µm
Custom Production: < 8 µm
ZrB2 92 – 94 %
Impurities: TiC, Moisture, TixOy, C
Particle Sizes can be adjusted upon request
Regular: >30 μm
Grade 20: 16 – 30 μm
Custom: <16 μm
ZrC 97 – 98 %
Impurities: ZrxOy, C, Hf, HfxOy
Particle Sizes can be adjusted upon request
Regular: >60 μm
Grade 50: 15 – 60 μm
Custom: <15 μm
MgB2 98 – 98.5 %
Impurities: MgO, MgxBy ve MgxByOz Mixed Crystalline Phases
Particle Size:
Standart: > 35 μm
Custom: < 35 μm
AlB2 95 – 97 %
Impurities: Al2O3, C
Particle Size can be adjusted upon request (10 – 120 μm)
AlB12 92 – 97 %
Impurities: Al2O3, C, AlB2
Particle Size can be adjusted upon request (10 – 120 μm)
BN 99.5+ %
Particle Size information:
BN 101 – D50: ~25 μm
BN 102 – D50: ~10 μm
Particle size adjustment can be done upon request
Laboratory analysis may be carried out for a number of reasons – usually linked to ensuring a product has been manufactured to meet specifications and regulations and is safe to be released to the market.
Monitoring the quality of the analytical results, by using effective Quality Control (QC) tools, can help prevent good product being discarded and stop non-conforming product from being released.