Polishing suspensions

Through decades of experience in polishing of semiconductors & precision optics & metals, BAIKOWSKI has developed tailor-made polishing solutions for a wide variety of substrates.

Alumina, silica, titania, ceria: through our joint expertise in powder synthesis & slurries formulation, these state-of-the art polishing solutions are providing technological breakthroughs through maximized polishing results (removal rate, surface roughness, flatness, process behavior, etc...) to market leaders as well as smaller actors.

Check out our newest technical datasheets, featuring application performances in standard conditions.

All these can be tailored to your specific needs thanks to fine customer-oriented approach

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Polishing suspensions

SPH series

SPH range was especially developed for high quality sapphire polishing.

Featuring high removal rate, excellent reproducibility & finest surface roughness, with 5 available standard grades of alumina & silica polishing slurries.

For enhanced polishing performances, also give a try to our polishing pads !

Contact us for more details regarding these cutting-edge polishing solutions.

SPH range was especially developed for high quality sapphire polishing.

Featuring high removal rate, excellent reproducibility & finest surface roughness, with 5 available standard grades of alumina & silica polishing slurries.

For enhanced polishing performances, also give a try to our polishing pads !

Contact us for more details regarding these cutting-edge polishing solutions.

Through decades of experience in polishing of semiconductors & precision optics & metals, BAIKOWSKI has developed tailor-made polishing solutions for a wide variety of substrates.

Alumina, silica, titania, ceria: through our joint expertise in powder synthesis & slurries formulation, these state-of-the art polishing solutions are providing technological breakthroughs through maximized polishing results (removal rate, surface roughness, flatness, process behavior, etc...) to market leaders as well as smaller actors.

Check out our newest technical datasheets, featuring application performances in standard conditions.

All these can be tailored to your specific needs thanks to fine customer-oriented approach


Applications

Watch/phone parts polishing

Metals/crystals polishing

Sapphire substrates polishing

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Polishing suspensions

BG series

BG range was especially developed for high quality IR cutoff filters polishing for camera lenses.

Featuring doubled removal rate & finer surface finish than any other commercially available ceria or colloidal silica polishing solution.

The combination of our two available grades will help you build the best IR filters polishing process.

BG range was especially developed for high quality IR cutoff filters polishing for camera lenses.

Featuring doubled removal rate & finer surface finish than any other commercially available ceria or colloidal silica polishing solution.

The combination of our two available grades will help you build the best IR filters polishing process.

Through decades of experience in polishing of semiconductors & precision optics & metals, BAIKOWSKI has developed tailor-made polishing solutions for a wide variety of substrates.

Alumina, silica, titania, ceria: through our joint expertise in powder synthesis & slurries formulation, these state-of-the art polishing solutions are providing technological breakthroughs through maximized polishing results (removal rate, surface roughness, flatness, process behavior, etc...) to market leaders as well as smaller actors.

Check out our newest technical datasheets, featuring application performances in standard conditions.

All these can be tailored to your specific needs thanks to fine customer-oriented approach


Applications

IR filters & specialty glass polishing

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Polishing suspensions

ALN-6L

ALN-6L polishing solution was especially developed for precision polishing of high thermal conductivity electronic substrates.

Featuring finest surface finish without void defect.

Contact us for more details regarding this slurry.

ALN-6L polishing solution was especially developed for precision polishing of high thermal conductivity electronic substrates.

Featuring finest surface finish without void defect.

Contact us for more details regarding this slurry.

Through decades of experience in polishing of semiconductors & precision optics & metals, BAIKOWSKI has developed tailor-made polishing solutions for a wide variety of substrates.

Alumina, silica, titania, ceria: through our joint expertise in powder synthesis & slurries formulation, these state-of-the art polishing solutions are providing technological breakthroughs through maximized polishing results (removal rate, surface roughness, flatness, process behavior, etc...) to market leaders as well as smaller actors.

Check out our newest technical datasheets, featuring application performances in standard conditions.

All these can be tailored to your specific needs thanks to fine customer-oriented approach


Applications

Metals/crystals polishing

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Polishing suspensions

CP series

CP series cerium oxide range was developed for high-end glass parts precision polishing.

These slurries feature better surface finish (better roughness, no burning effect on soft glass, etc.) thanks to finer & sharper particles than conventional cerium oxide powders.

Check out our product performances & let us have your feedback on these state-of-the-art polishing materials.

CP series cerium oxide range was developed for high-end glass parts precision polishing.

These slurries feature better surface finish (better roughness, no burning effect on soft glass, etc.) thanks to finer & sharper particles than conventional cerium oxide powders.

Check out our product performances & let us have your feedback on these state-of-the-art polishing materials.

Through decades of experience in polishing of semiconductors & precision optics & metals, BAIKOWSKI has developed tailor-made polishing solutions for a wide variety of substrates.

Alumina, silica, titania, ceria: through our joint expertise in powder synthesis & slurries formulation, these state-of-the art polishing solutions are providing technological breakthroughs through maximized polishing results (removal rate, surface roughness, flatness, process behavior, etc...) to market leaders as well as smaller actors.

Check out our newest technical datasheets, featuring application performances in standard conditions.

All these can be tailored to your specific needs thanks to fine customer-oriented approach


Applications

IR filters & specialty glass polishing

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Polishing suspensions

YG-1

YG-1 polishing solution was especially developed for precision polishing of single crystal YAG optical components.

Featuring finest surface finish & easy cleaning compared to colloidal silica.

This slurry is also suitable for polishing polycrystalline YAG ceramics without grain height difference.

We highly recommend the use of our Baikowski CR resin plate to achieve best roughness & flatness levels.

YG-1 polishing solution was especially developed for precision polishing of single crystal YAG optical components.

Featuring finest surface finish & easy cleaning compared to colloidal silica.

This slurry is also suitable for polishing polycrystalline YAG ceramics without grain height difference.

We highly recommend the use of our Baikowski CR resin plate to achieve best roughness & flatness levels.

Through decades of experience in polishing of semiconductors & precision optics & metals, BAIKOWSKI has developed tailor-made polishing solutions for a wide variety of substrates.

Alumina, silica, titania, ceria: through our joint expertise in powder synthesis & slurries formulation, these state-of-the art polishing solutions are providing technological breakthroughs through maximized polishing results (removal rate, surface roughness, flatness, process behavior, etc...) to market leaders as well as smaller actors.

Check out our newest technical datasheets, featuring application performances in standard conditions.

All these can be tailored to your specific needs thanks to fine customer-oriented approach


Applications

Watch/phone parts polishing

Metals/crystals polishing

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Special Oxides

Combining state-of-the-art process technologies with unique material properties, BAIKOWSKI has developed advanced special oxides such as yttria stabilized zirconia, ceria, magnesia ; and mixed oxides such as magnesium aluminate spinels, yttrium aluminum garnets, zirconia toughened alumina, etc.

 These developments enabled BAIKOWSKI to serve designed solutions to very demanding high-tech applications such as transparent ceramics (armors & optics), laser windows, hi-strength ceramics & specialty phosphors.

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Special Oxides

BSZ-3/10Y-W

CRYSTAL STRUCTURE :  Tetragonal to cubic

SPECIFIC SURFACE AREA : 26 m²/g

PARTICLE SIZE (D50) : 0.20 µm

CRYSTAL STRUCTURE :  Tetragonal to cubic

SPECIFIC SURFACE AREA : 26 m²/g

PARTICLE SIZE (D50) : 0.20 µm

Pure yttria stabilized zirconia (3 to 10 mol% Y2O3)

Homogeneous microstructure with sintered grain sizes between 150-800 nm

Can be served ready-to-press with binder addition if needed

Combining state-of-the-art process technologies with unique material properties, BAIKOWSKI has developed advanced special oxides such as yttria stabilized zirconia, ceria, magnesia ; and mixed oxides such as magnesium aluminate spinels, yttrium aluminum garnets, zirconia toughened alumina, etc.

 These developments enabled BAIKOWSKI to serve designed solutions to very demanding high-tech applications such as transparent ceramics (armors & optics), laser windows, hi-strength ceramics & specialty phosphors.


Applications

Colored ceramics - Watch parts

Orthopaedics & dental

Ceramic coatings for sensors

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Special Oxides

ZTA80-W / ATZ80-W

CHEMICAL COMPOSITION :  BSZ-3Y, alumina

SPECIFIC SURFACE AREA : 15 m²/g

PARTICLE SIZE (D50) : 23 µm

CHEMICAL COMPOSITION :  BSZ-3Y, alumina

SPECIFIC SURFACE AREA : 15 m²/g

PARTICLE SIZE (D50) : 23 µm

Pure yttria stabilized zirconia (3mol% Y2O3) & high purity alumina

Tailored formulations with any zirconia/alumina ratio

Can be served ready-to-press with binder addition if needed

Combining state-of-the-art process technologies with unique material properties, BAIKOWSKI has developed advanced special oxides such as yttria stabilized zirconia, ceria, magnesia ; and mixed oxides such as magnesium aluminate spinels, yttrium aluminum garnets, zirconia toughened alumina, etc.

 These developments enabled BAIKOWSKI to serve designed solutions to very demanding high-tech applications such as transparent ceramics (armors & optics), laser windows, hi-strength ceramics & specialty phosphors.


Applications

Colored ceramics - Watch parts

Orthopaedics & dental

Electronic ceramics

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Special Oxides

S30CR

CRYSTAL STRUCTURE :  >99 % Spinel

SPECIFIC SURFACE AREA : 26 m²/g

PARTICLE SIZE (D50) : 0.20 µm

CRYSTAL STRUCTURE :  >99 % Spinel

SPECIFIC SURFACE AREA : 26 m²/g

PARTICLE SIZE (D50) : 0.20 µm

Highly controlled spinel product for transparent ceramics & glass reinforcement applications.

Combining state-of-the-art process technologies with unique material properties, BAIKOWSKI has developed advanced special oxides such as yttria stabilized zirconia, ceria, magnesia ; and mixed oxides such as magnesium aluminate spinels, yttrium aluminum garnets, zirconia toughened alumina, etc.

 These developments enabled BAIKOWSKI to serve designed solutions to very demanding high-tech applications such as transparent ceramics (armors & optics), laser windows, hi-strength ceramics & specialty phosphors.


Applications

Transparent ceramic phone/watch tops

Transparent windows for defense

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in development

Special Oxides

S25CR

CRYSTAL STRUCTURE :  >99 % Spinel

SPECIFIC SURFACE AREA : 23 m²/g

PARTICLE SIZE (D50) : 0.20 µm

CRYSTAL STRUCTURE :  >99 % Spinel

SPECIFIC SURFACE AREA : 23 m²/g

PARTICLE SIZE (D50) : 0.20 µm

Highly controlled spinel product with reduced sulfur & free phase content for transparent ceramics & glass reinforcement applications.

Combining state-of-the-art process technologies with unique material properties, BAIKOWSKI has developed advanced special oxides such as yttria stabilized zirconia, ceria, magnesia ; and mixed oxides such as magnesium aluminate spinels, yttrium aluminum garnets, zirconia toughened alumina, etc.

 These developments enabled BAIKOWSKI to serve designed solutions to very demanding high-tech applications such as transparent ceramics (armors & optics), laser windows, hi-strength ceramics & specialty phosphors.


Applications

Transparent ceramic phone/watch tops

Transparent windows for defense

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Special Oxides

YAG

CHEMICAL COMPOSITION :  On demand (any dopant available)

SPECIFIC SURFACE AREA : 9 m²/g

PARTICLE SIZE (D50) : 0.15 µm

CHEMICAL COMPOSITION :  On demand (any dopant available)

SPECIFIC SURFACE AREA : 9 m²/g

PARTICLE SIZE (D50) : 0.15 µm

Combining state-of-the-art process technologies with unique material properties, BAIKOWSKI has developed advanced special oxides such as yttria stabilized zirconia, ceria, magnesia ; and mixed oxides such as magnesium aluminate spinels, yttrium aluminum garnets, zirconia toughened alumina, etc.

 These developments enabled BAIKOWSKI to serve designed solutions to very demanding high-tech applications such as transparent ceramics (armors & optics), laser windows, hi-strength ceramics & specialty phosphors.


Applications

Phosphors coatings

Phosphor ceramics for LED

Transparent ceramic phone/watch tops

Transparent windows for defense

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Baikalox Regular

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how

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Baikalox Regular

GE1

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : < 3 m²/g

PARTICLE SIZE (D50) : 10 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : < 3 m²/g

PARTICLE SIZE (D50) : 10 µm

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

PTFE coatings

Metals/crystals polishing

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Baikalox Regular

GE6

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 6 m²/g

PARTICLE SIZE (D50) : 9 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 6 m²/g

PARTICLE SIZE (D50) : 9 µm

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Ceramic coatings for sensors

Medical plastics polishing

PTFE coatings

Metals/crystals polishing

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Baikalox Regular

GE15

CRYSTAL STRUCTURE :  90 % Alpha

SPECIFIC SURFACE AREA : 14 m²/g

PARTICLE SIZE (D50) : 8 µm

CRYSTAL STRUCTURE :  90 % Alpha

SPECIFIC SURFACE AREA : 14 m²/g

PARTICLE SIZE (D50) : 8 µm

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Car polish

Ceramic coatings for sensors

Metals/crystals polishing

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Baikalox Regular

GE30

CRYSTAL STRUCTURE :  80 % Alpha

SPECIFIC SURFACE AREA : 25 m²/g

PARTICLE SIZE (D50) : 8 µm

CRYSTAL STRUCTURE :  80 % Alpha

SPECIFIC SURFACE AREA : 25 m²/g

PARTICLE SIZE (D50) : 8 µm

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Car polish

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Baikalox Regular

A125

CRYSTAL STRUCTURE :  100 % Gamma

SPECIFIC SURFACE AREA : 106 m²/g

PARTICLE SIZE (D50) : 6 µm

CRYSTAL STRUCTURE :  100 % Gamma

SPECIFIC SURFACE AREA : 106 m²/g

PARTICLE SIZE (D50) : 6 µm

BAIKALOX Regular A125 is the unground version of CR125

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Sapphire phone/watch tops

CMP for electronics

Sapphire substrates for LEDs

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Baikalox Regular

CR1

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 3 m²/g

PARTICLE SIZE (D50) : 1 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 3 m²/g

PARTICLE SIZE (D50) : 1 µm

Baikalox Regular CR1 is the jet-mill de-agglomerated version of GE1

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Phosphor ceramics for LED

IOLs, beam splitters

Ceramic ultra-filters

Ceramic coatings for sensors

Metals/crystals polishing

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Baikalox Regular

CR6

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 6 m²/g

PARTICLE SIZE (D50) : 0.5 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 6 m²/g

PARTICLE SIZE (D50) : 0.5 µm

Baikalox Regular CR6 is the jet-mill de-agglomerated version of GE6

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Colored ceramics - Watch parts

Translucent ceramic parts

UV-reflective coatings for tube lamps

Ceramic coatings for sensors

Li-ion batteries separators coatings

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Baikalox Regular

CR10

CRYSTAL STRUCTURE :  95 % Alpha

SPECIFIC SURFACE AREA : 7 m²/g

PARTICLE SIZE (D50) : 0.45 µm

CRYSTAL STRUCTURE :  95 % Alpha

SPECIFIC SURFACE AREA : 7 m²/g

PARTICLE SIZE (D50) : 0.45 µm

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Colored ceramics - Watch parts

Watch/phone parts polishing

Translucent ceramic parts

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Baikalox Regular

CR15

CRYSTAL STRUCTURE :  90 % Alpha

SPECIFIC SURFACE AREA : 15 m²/g

PARTICLE SIZE (D50) : 0.4 µm

CRYSTAL STRUCTURE :  90 % Alpha

SPECIFIC SURFACE AREA : 15 m²/g

PARTICLE SIZE (D50) : 0.4 µm

Baikalox Regular CR15 is the jet-mill de-agglomerated version of GE15

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

IOLs, beam splitters

Ceramic ultra-filters

Metals/crystals polishing

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Baikalox Regular

CR30F

CRYSTAL STRUCTURE :  80 % Alpha

SPECIFIC SURFACE AREA : 25 m²/g

PARTICLE SIZE (D50) : 0.35 µm

CRYSTAL STRUCTURE :  80 % Alpha

SPECIFIC SURFACE AREA : 25 m²/g

PARTICLE SIZE (D50) : 0.35 µm

Baikalox Regular CR30F is the jet-mill de-agglomerated version of GE30

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Watch/phone parts polishing

IOLs, beam splitters

UV-reflective coatings for tube lamps

Ceramic coatings for sensors

Metals/crystals polishing

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Baikalox Regular

CR125

CRYSTAL STRUCTURE : 100 % Gamma

 SPECIFIC SURFACE AREA : 106 m²/g

 PARTICLE SIZE (D50) : 0.3 µm

CRYSTAL STRUCTURE : 100 % Gamma

 SPECIFIC SURFACE AREA : 106 m²/g

 PARTICLE SIZE (D50) : 0.3 µm

Baikalox Regular CR125 is the jet-mill de-agglomerated version of A125

The consistency of Baikalox Regular alumina powders is ensured by a rigorous quality control procedure throughout the entire production process

As a result of a century of process optimization and full mastery of the powders characteristics,Baikalox Regular enable our customers to take advantage of the best of Baikowski's know-how


Applications

Sapphire phone/watch tops

CMP for electronics

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Baikalox B-Series

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.

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Baikalox B-Series

BA15

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 15 m²/g

 PARTICLE SIZE (D50) : 10 µm

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 15 m²/g

 PARTICLE SIZE (D50) : 10 µm

Baikalox B-Series BA15 is the unground version of BRA15, BMA15, BA15PS & BA15PSH

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Car polish

Ceramic coatings for sensors

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Baikalox B-Series

BRA15

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 15 m²/g

 PARTICLE SIZE (D50) : 0.4 µm

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 15 m²/g

 PARTICLE SIZE (D50) : 0.4 µm

Baikalox B-Series BRA15 is the jet-mill de-agglomerated version of BA15

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Electronic ceramics

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Baikalox B-Series

BMA15

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 16 m²/g

 PARTICLE SIZE (D50) : 0.15 µm

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 16 m²/g

 PARTICLE SIZE (D50) : 0.15 µm

Baikalox B-Series BMA15 is the ball-mill de-agglomerated version of BA15

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Transparent ceramic phone/watch tops

Transparent windows for defense

Ceramic coatings for sensors

Electronic ceramics

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in development

Baikalox B-Series

BA15PS

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 16 m²/g

 PARTICLE SIZE (D50) : 0.13 µm

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 16 m²/g

 PARTICLE SIZE (D50) : 0.13 µm

Baikalox B-Series BA15PS is the 50wt% concentrated slurry form of BA15

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Transparent windows for defense

Ceramic coatings for sensors

Electronic ceramics

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Baikalox B-Series

BA15PSH

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 15 m²/g

 PARTICLE SIZE (D50) : 0.13 µm

CRYSTAL STRUCTURE : 100 % Alpha

 SPECIFIC SURFACE AREA : 15 m²/g

 PARTICLE SIZE (D50) : 0.13 µm

Baikalox B-Series BA15PSH is the 75wt% concentrated slurry form of BA15

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Transparent ceramic phone/watch tops

Transparent windows for defense

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Baikalox B-Series

BA20

CRYSTAL STRUCTURE : > 97 % Alpha

 SPECIFIC SURFACE AREA : 16 m²/g

 PARTICLE SIZE (D50) : 11 µm

CRYSTAL STRUCTURE : > 97 % Alpha

 SPECIFIC SURFACE AREA : 16 m²/g

 PARTICLE SIZE (D50) : 11 µm

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Car polish

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Baikalox B-Series

BA100

CRYSTAL STRUCTURE : > 99 % Gamma

 SPECIFIC SURFACE AREA : 107 m²/g

 PARTICLE SIZE (D50) : 6 µm

CRYSTAL STRUCTURE : > 99 % Gamma

 SPECIFIC SURFACE AREA : 107 m²/g

 PARTICLE SIZE (D50) : 6 µm

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Ceramic ultra-filters

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Baikalox B-Series

BA105

CRYSTAL STRUCTURE : 92 % Gamma

 SPECIFIC SURFACE AREA : 97 m²/g

 PARTICLE SIZE (D50) : 5 µm

CRYSTAL STRUCTURE : 92 % Gamma

 SPECIFIC SURFACE AREA : 97 m²/g

 PARTICLE SIZE (D50) : 5 µm

Baikalox B-Series BA105 is the unground version of BRA105

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

IOLs, beam splitters

CMP for electronics

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Baikalox B-Series

BRA105

CRYSTAL STRUCTURE : 92 % Gamma

 SPECIFIC SURFACE AREA : 97 m²/g

 PARTICLE SIZE (D50) : 1.15 µm

CRYSTAL STRUCTURE : 92 % Gamma

 SPECIFIC SURFACE AREA : 97 m²/g

 PARTICLE SIZE (D50) : 1.15 µm

Baikalox B-Series BRA105 is the jet-mill de-agglomerated version of BA105

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

IOLs, beam splitters

CMP for electronics

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Baikalox B-Series

GEA6

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 5 m²/g

PARTICLE SIZE (D50) : 8 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 5 m²/g

PARTICLE SIZE (D50) : 8 µm

Baikalox B-Series GEA6 is the unground version of CRA6 & SMA6

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Colored ceramics - Watch parts

Orthopaedics & dental

Ceramic coatings for sensors

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Baikalox B-Series

CRA6

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 5 m²/g

PARTICLE SIZE (D50) : 0.54 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 5 m²/g

PARTICLE SIZE (D50) : 0.54 µm

Baikalox B-Series CRA6 is the jet-mill de-agglomerated version of GEA6

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Colored ceramics - Watch parts

Orthopaedics & dental

UV-reflective coatings for tube lamps

Ceramic coatings for sensors

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Baikalox B-Series

SMA6

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 6 m²/g

PARTICLE SIZE (D50) : 0.20 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 6 m²/g

PARTICLE SIZE (D50) : 0.20 µm

Baikalox B-Series SMA6 is the ball-mill de-agglomerated version of GEA6

Especially developed for specialty ceramics, UV-reflective coatings and precision polishing applications, Baikalox B-Series "High Cristallinity" alumina powders are produced with a full mastery of the crystallites size and homogeneity.


Applications

Colored ceramics - Watch parts

Orthopaedics & dental

Ceramic coatings for sensors

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Malakoff

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)

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Malakoff

SA5-CR

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 4 m²/g

PARTICLE SIZE (D50) : 1 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 4 m²/g

PARTICLE SIZE (D50) : 1 µm

Malakoff SA5-CR is the jet-mill de-agglomerated version of SA5

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

UV-reflective coatings for tube lamps

Li-ion batteries separators coatings

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Malakoff

SA5-DBM

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 5 m²/g

PARTICLE SIZE (D50) : 0.55 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 5 m²/g

PARTICLE SIZE (D50) : 0.55 µm

Malakoff SA5-DBM is the ball mill de-agglomerated version of SA5

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Translucent ceramic parts

Orthopaedics & dental

Li-ion batteries separators coatings

Electronic ceramics

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Malakoff

SA8-DBM

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

Malakoff SA8-DBM is the ball mill de-agglomerated version of SA8

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Translucent ceramic parts

Phosphors coatings

Orthopaedics & dental

Ceramic ultra-filters

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Malakoff

SA80

CRYSTAL STRUCTURE :  Transition

SPECIFIC SURFACE AREA : 76 m²/g

PARTICLE SIZE (D50) : 13 µm

CRYSTAL STRUCTURE :  Transition

SPECIFIC SURFACE AREA : 76 m²/g

PARTICLE SIZE (D50) : 13 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Sapphire phone/watch tops

Sapphire substrates for LEDs

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Malakoff

HP-DBM

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Orthopaedics & dental

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Malakoff

TCP-DBM

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Thermally conductive adhesives

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Malakoff

TCPLS-DBM

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 8 m²/g

PARTICLE SIZE (D50) : 0.35 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Orthopaedics & dental

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Malakoff

LS-DBM

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 3.5 m²/g

PARTICLE SIZE (D50) : 1.5 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 3.5 m²/g

PARTICLE SIZE (D50) : 1.5 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Thermally conductive adhesives

Medical plastics polishing

Electronic ceramics

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Malakoff

PA

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 5.5 m²/g

PARTICLE SIZE (D50) : 6 µm

CRYSTAL STRUCTURE :  100% Alpha

SPECIFIC SURFACE AREA : 5.5 m²/g

PARTICLE SIZE (D50) : 6 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Car polish

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Malakoff

SM8

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 10 m²/g

PARTICLE SIZE (D50) : 0.3 µm

CRYSTAL STRUCTURE :  100 % Alpha

SPECIFIC SURFACE AREA : 10 m²/g

PARTICLE SIZE (D50) : 0.3 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Orthopaedics & dental

Ceramic coatings for sensors

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Malakoff

CA25CR

CRYSTAL STRUCTURE :  80 % Alpha

SPECIFIC SURFACE AREA : 23 m²/g

PARTICLE SIZE (D50) : 1.7 µm

CRYSTAL STRUCTURE :  80 % Alpha

SPECIFIC SURFACE AREA : 23 m²/g

PARTICLE SIZE (D50) : 1.7 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

CMP for electronics

Metals/crystals polishing

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Malakoff

CB20CR

CRYSTAL STRUCTURE :  85 % Alpha

SPECIFIC SURFACE AREA : 20 m²/g

PARTICLE SIZE (D50) : 1.7 µm

CRYSTAL STRUCTURE :  85 % Alpha

SPECIFIC SURFACE AREA : 20 m²/g

PARTICLE SIZE (D50) : 1.7 µm

MALAKOFF materials are the result of two highly controlled processes: Bayer modified & aluminum hydrolysis (SA)


Applications

Car polish

Metals/crystals polishing

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