Parent Group | High Purity Metals |
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99.9% Cobalt Metal Pellets
CAS # | 7440-48-4 |
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Product # | 0315-0013-05-30 |
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Parent Group | High Purity Metals |
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Molecular Weight | 58.93 |
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MDL # | MFCD00010935 |
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EINECS # | 2311580 |
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Formula | Co |
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Sizes | 100g |
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PubChem URL: | https://pubchem.ncbi.nlm.nih.gov/compound/cobalt |
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99.9% Cobalt Metal Pellets
CAS # | 7440-48-4 |
---|
Product # | 0315-0013-05-30 |
---|
Parent Group | High Purity Metals |
---|
Molecular Weight | 58.93 |
---|
MDL # | MFCD00010935 |
---|
EINECS # | 2311580 |
---|
Formula | Co |
---|
Sizes | 100g |
---|
Chemical Properties
Form | Pellets |
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Purity | 99.90% |
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Morphology | Variable |
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Boiling Point | 2870 °C |
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Melting Point | 1귏 °C |
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Applications
99.9% Cobalt Metal Pellets find applications in catalysis due to their surface area, electronics for specific components, and research for their unique properties. Their high purity and tailored design make them valuable in sectors demanding specific material characteristics and performance. |
Notes
99.9% Cobalt Metal Pellets are characterized by their high purity, making them valuable for targeted applications. Their surface area for catalysis, use in electronics, and unique properties for research contribute to their versatility. Proper storage and handling are essential for maintaining their quality and effectiveness in specialized uses. |
Bulk Density | 8.9 g/cm³ |
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True Density | N/A |
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Particle Size | Available in multiple sizes |
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Storage & Sensitivity | Store 99.9% Cobalt Metal Pellets in a controlled, dry environment to prevent oxidation. Protect them from moisture and contaminants to maintain their high purity and material properties. Adequate storage is essential to ensure their suitability for various applications requiring quality cobalt material. |
---|
Chemical Properties
Form | Pellets |
---|
Purity | 99.90% |
---|
Morphology | Variable |
---|
Boiling Point | 2870 °C |
---|
Melting Point | 1귏 °C |
---|
Applications
99.9% Cobalt Metal Pellets find applications in catalysis due to their surface area, electronics for specific components, and research for their unique properties. Their high purity and tailored design make them valuable in sectors demanding specific material characteristics and performance. |
Notes
99.9% Cobalt Metal Pellets are characterized by their high purity, making them valuable for targeted applications. Their surface area for catalysis, use in electronics, and unique properties for research contribute to their versatility. Proper storage and handling are essential for maintaining their quality and effectiveness in specialized uses. |
Bulk Density | 8.9 g/cm³ |
---|
True Density | N/A |
---|
Particle Size | Available in multiple sizes |
---|
Storage & Sensitivity | Store 99.9% Cobalt Metal Pellets in a controlled, dry environment to prevent oxidation. Protect them from moisture and contaminants to maintain their high purity and material properties. Adequate storage is essential to ensure their suitability for various applications requiring quality cobalt material. |
---|
Chemical Properties
Form | Pellets |
---|
Purity | 99.90% |
---|
Morphology | Variable |
---|
Boiling Point | 2870 °C |
---|
Melting Point | 1귏 °C |
---|
Bulk Density | 8.9 g/cm³ |
---|
True Density | N/A |
---|
Particle Size | Available in multiple sizes |
---|
Storage & Sensitivity | Store 99.9% Cobalt Metal Pellets in a controlled, dry environment to prevent oxidation. Protect them from moisture and contaminants to maintain their high purity and material properties. Adequate storage is essential to ensure their suitability for various applications requiring quality cobalt material. |
---|
Applications
99.9% Cobalt Metal Pellets find applications in catalysis due to their surface area, electronics for specific components, and research for their unique properties. Their high purity and tailored design make them valuable in sectors demanding specific material characteristics and performance. |
Notes
99.9% Cobalt Metal Pellets are characterized by their high purity, making them valuable for targeted applications. Their surface area for catalysis, use in electronics, and unique properties for research contribute to their versatility. Proper storage and handling are essential for maintaining their quality and effectiveness in specialized uses. |