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Monoclinic Zirconia

Essential for Many Ceramic Applications

Monoclinic zirconia refers to pure zirconium dioxide (ZrO2) that does not contain any dopant or additive and exhibits a monoclinic crystallographic structure under temperatures up to 1170°C. Thanks to its outstanding physical and chemical properties, monoclinic zirconia powder is used in a large variety of ceramic applications: pigments for tile decoration, refractories, PZT and dielectric materials, abrasive materials, thermal barrier coatings and advanced technical ceramics.

The most comprehensive zirconia powders portfolio

Saint-Gobain ZirPro operates two industrial zirconium oxide manufacturing processes based either on thermal or chemical treatments of natural zirconium silicate. This allows ZirPro to offer the most comprehensive portfolio of monoclinic zirconium oxides in terms of chemical purity, particle size distribution and specific surface area, for consistent quality and performance.

 Monoclinic Zirconia
 CC/CFCS/SF/EFCZ/CZPCZE
Purity (%)97.0 – 99.5 99.5 – 99.8 99.999.9
D50 (µm)15 – 0.6 5 – 0.6 15 – 3 0.4
SSA (m²/g)2 – 6 1 – 6 1 – 6 6 – 25 
Typical applicationsPigments for tile decoration, refractories (bricks, molten metal filters), PZT, MLCC, glass, gemstones, thermal barrier coatings, advanced technical ceramics

 

CF zirconia particle
CC/CF zirconia is obtained by a unique thermal process based on the fusion of zirconium silicate at high temperature. CC/CF powders exhibit:
  • Standard chemical purity
  • Large range of particle size distribution including very fine sizes
  • Enhanced reactivity due to their unique dendritic morphology associated with high specific surface areas

 

CC/CF zirconium dioxide powders are used in manufacturing:

  • Pigments for ceramic tile decoration
  • Refractory bricks and molten metal filters
  • Thermal barrier coatings
  • Spark plugs
  • Special glasses
 CC Zirconia
 CC10CC05CC02CC01
D50 (µm)3.51.70.80.6
SSA (m²/g)2.73.14.76.0
Purity (%)SiO20.50
Na2O0.20
Al2O30.10
TiO20.10

 

CS, SF and EF zirconia powders are obtained by chemical purification of the CC and CF zirconia. Their higher purity enables them to be used in:

  • Electroceramics (PZT, MLCC)
  • Magnesium-stabilized zirconia ceramics (MgPSZ), a ceramic composed of CS and SF powders exhibiting a distinctive yellow color
  • Thermal barrier coatings

 

 CS ZirconiaSF & EF Zirconia
 CS10CS02CS01PremiumExtra
D50 (µm)3.50.80.61.31.0
SSA (m²/g)1.75.06.55-65-6
Purity (%)SiO20.90.250.12
Na2O0.010.050.05
Al2O30.060.050.05
TiO20.080.050.05

 

CZ zirconia particles

CZ and CZP are chemically processed zirconium dioxide powders that show high chemical purity along with fine and narrow particle size distribution. CZ and CZP are ideal for:

  • High-intensity pigments for ceramic tile decoration
  • Magnesium stabilized zirconia ceramics (MgPSZ), a ceramic composed of CZ and CZP powders exhibiting a white color
  • Thermal barrier coatings
  • Glass and gemstones
  • Polishing slurries

 

 CZCZP
 CZ15CZ5CZ3CZP15CZP5
D50 (µm)1553155
SSA (m²/g)35714
Purity (ppm)SiO25050
Na2O5050
Al2O32020
TiO21010
Fe2O31010
Cl500100

Higher chemical purities and different particle size distributions are available upon request.

CZE zirconium oxide particles

CZE zirconia powders are manufactured by chemical processes. They exhibit high chemical purity, submicronic particle size distribution and high reactivity. CZE zirconium dioxide powders are used for:

  • Electroceramics (hard and soft PZT, MLCC)
  • Magnesium or yttrium stabilized zirconia based ceramics, by co-milling and sintering with magnesium or yttrium oxide
  • Zirconia toughened alumina (ZTA), by co-milling and sintering with aluminum oxide

 

 CZE
 CZE-S1CZE-M1CZE-G1
D50 (µm)0.40.40.4
SSA (m²/g)61525
Purity (ppm)SiO2100
Na2O100
Al2O320
TiO210
Fe20310