Name | Chemical formula | CAS No. | ZrO2(+HfO2) |
---|---|---|---|
LUVOZIRC® AZCS16 | (NH4)2[Zr(CO3)2(OH)2].xH2O | 68309-95-5 | 16,0 - 17,0 % |
LUVOZIRC® AZCS18 | (NH4)2[Zr(CO3)2(OH)2].xH2O | 68309-95-5 | 17,5 - 18,5 % |
LUVOZIRC® AZCS20 | (NH4)2[Zr(CO3)2(OH)2].xH2O | 68309-95-5 | 19,5 - 20,5 % |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | |
---|---|---|---|---|
LUVOZIRC® PZCS20 | K2[Zr(CO3)2(OH)2].xH2O | 23570-56-1 | 19,5 - 20,5 % | Solution |
LUVOZIRC® PZCP55 | K2[Zr(CO3)2(OH)2].xH2O | 23570-56-1 | 50,0 - 60,0 % | Powder |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | |
---|---|---|---|---|
LUVOZIRC® ZAS20 | Zr(CH3COO)n.xH2O | 7585-20-8 | 19,5 - 20,5 % | Solution |
LUVOZIRC® ZAS25 | Zr(CH3COO)n.xH2O | 7585-20-8 | 24,5 - 25,5 % | Solution |
LUVOZIRC® ZAS30 | Zr(CH3COO)n.xH2O | 7585-20-8 | 29,5 - 30,5 % | Solution |
LUVOZIRC® ZAP60 | Zr(CH3COO)n | 7585-20-8 | 55,0 - 65,0 % | Powder |
LUVOZIRC® ZASHP20 | Zr(CH3COO)n.xH2O | 7585-20-8 | 19,5 - 20,5 % | Solution, high purity |
LUVOZIRC® ZASHP25 | Zr(CH3COO)n.xH2O | 7585-20-8 | 24,5 - 25,5 % | Solution, high purity |
LUVOZIRC® ZASHP30 | Zr(CH3COO)n.xH2O | 7585-20-8 | 29,5 - 30,5 % | Solution, high purity |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | PSD (d50) |
---|---|---|---|---|
LUVOZIRC® ZBS40 | 5ZrO2.3SO4.xH2O | 62010-10-0 | 35.0-40.0% | 30-50 µm |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | PSD (d50) |
---|---|---|---|---|
LUVOZIRC® ZBC40 | Zr2(CO3)(OH)2O2.xH2O | 57219-64-4 | 38,0 - 40,0 % | 20 - 40 µm |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) |
---|---|---|---|
LUVOZIRC® ZNS20 | ZrO(NO3)2.xH2O | 13826-66-9 | 19,5 - 20,5 % |
LUVOZIRC® ZNS25 | ZrO(NO3)2.xH2O | 13826-66-9 | 24,5 - 25,5 % |
LUVOZIRC® ZNS30 | ZrO(NO3)2.xH2O | 13826-66-9 | 29,5 - 30,5 % |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) |
---|---|---|---|
LUVOZIRC® ZOC35 | ZrOCl2.8H2O | 7699-43-6 | 35,0 - 37,0 % |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | PSD (d50) |
---|---|---|---|---|
LUVOZIRC® ZOH40 | Zr(OH)4.xH2O | 14475-63-9 | 38,0 - 42,0 % | 20 - 40 µm |
LUVOZIRC® ZOH50 | Zr(OH)4.xH2O | 14475-63-9 | 48,0 - 52,0 % | 20 - 40 µm |
LUVOZIRC® ZOH75 | Zr(OH)4.xH2O | 14475-63-9 | 75,0 - 80,0 % | 20 - 40 µm |
LUVOZIRC® ZOH85 | Zr(OH)4.xH2O | 14475-63-9 | 83,0 - 87,0 % | 20 - 40 µm |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | PSD (d50) |
---|---|---|---|---|
LUVOZIRC® ZP35 | Zr(NaPO4)2.xH2O | 13765-95-2 | 34,0 - 38,0 % | 20 - 50 µm |
LUVOZIRC® ZP55 | Zr(HPO4)2.xH2O | 13772-29-7 | 53,0 - 58,0 % | 20 - 50 µm |
Name | Chemical formula | CAS No. | ZrO2(+HfO2) | PSD (d50) | BET |
---|---|---|---|---|---|
LUVOZIRC® Z3 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | 4 - 30 µm | 2 - 4 m2/g |
LUVOZIRC® Z5 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | 4 - 30 µm | 3 - 7 m2/g |
LUVOZIRC® Z8 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | 4 - 30 µm | 5 - 10 m2/g |
LUVOZIRC® Z12 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | 4 - 30 µm | 11 - 15 m2/g |
LUVOZIRC® Z15 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | 4 - 30 µm | 13 - 20m2/g |
LUVOZIRC® Z20 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | < 1 µm | 20 - 25 m2/g |
LUVOZIRC® Z50 | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | < 1 µm | 45 - 55 m2/g |
LUVOZIRC® DZ | ZrO2(+HfO2) | 1314-23-4 | 99,5 - 99,99 % | 3 - 5 µm | 4 - 10 m2/g |
LUVOZIRC® FZ1 | ZrO2(+HfO2) | 1314-23-4 | > 98,5 % | 13 - 18 µm | < 1 m2/g |
LUVOZIRC® FZ3 | ZrO2(+HfO2) | 1314-23-4 | > 98,5 % | 1 - 2 µm | 2 - 4 m2/g |
Furthermore, zirconium oxides can be doped with other chemical elements, such as cerium (Ce), yttrium (Y), aluminum (Al), calcium (Ca), magnesium (Mg) or titanium (Ti). The production technology of our partners enables the production of chemically precipitated and molten materials.
Please contact us for tailor-made zirconium compounds according to your product parameters.
As an independent supplier of specialist raw materials we can reliably ensure the delivery of raw materials in sufficient quantity and at the desired time.
Grade | Description | Application |
---|---|---|
Zircosil One | Fine particle size distribution, d50 = 1,1 - 1,3 µm | Ceramics, friction industry (e. g. brake linings) |
Zircosil Five | Finely ground zirconium silicate flour, d50 = 1,4 - 1,6 µm | Technical glasses , ceramics, opacifiers in glazes (kitchenware, tiles, sanitary ceramics), optical brightener for ceramics |
Zircosil Ten | Coarse particle size distribution, d50 = 2,1 - 3,0 µm | Technical glasses , ceramics, opacifiers in glazes (kitchenware, tiles, sanitary ceramics), optical brightener for ceramics, friction industry (e. g. brake linings) |
Zircosil Absolute | Very fine, d50 = 0,8 µm | Ceramics, opacifiers in glazes (kitchenware, tiles, sanitary ceramics), optical brightener for ceramics, friction industry" (e. g. brake linings) |
Zircosil D (Zirkonium flour) | Zirconium silicate flour from high-quality zirkonium silicate sand, d50 = 12 - 16 µm | Metal casting, precision casting, foundry materials and heat resistant materials, high heat resistance and masking properties in applications like glass, ceramics, heat resistant materials and plastics, improved mechanical strength of glass, improved alkaline resistance of glass fibers in reinvorced concrete |
Zircosil 200 | Non-calcined, optimised gas removal, d50 = 16 - 24 µm | Precision casting, lost-wax casting, for very smooth surfaces of final product |
Zircosil 200M | Calcined, optimised gas removal, no contraction during castiing, smallest loss on ignition, d50 = 16 - 24 µm | Precision casting, lost-wax casting, for very smooth surfaces of final product |
Zircosil 300 | Non-calcined, d50 = 9,0 - 16 µm | Precision casting, lost-wax casting |
Zircosil 300M | Calcined, smallest loss on ignition, d50 = 9,0 - 16 µm | Precision casting (high dimensional stability), lost-wax casting |
Grade | Description | Application |
---|---|---|
Zircosil G | Natural mineral, non calcined | Precision casting industry (e. g. production of ceramic moulds, ladle and furnace coverings), heat resistant materials like nozzles, tiles, bricks |
Zircosil G, calcined | Natural mineral, calcined | Precision casting industry (e. g. production of ceramic moulds, ladle and furnace coverings), heat resistant materials like nozzles, tiles, bricks |
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