| Parent Group | High purity Salts |
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99.9% Boron Rod
| CAS # | 7440-42-8 |
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| Product # | 0200-0005-18-30 |
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| Parent Group | High purity Salts |
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| Molecular Weight | 10.81 |
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| MDL # | MFCD00134034 |
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| EINECS # | 231-151-2 |
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| Formula | B |
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| Sizes | 1 pc |
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| PubChem URL: | https://pubchem.ncbi.nlm.nih.gov/substance/57647503 |
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99.9% Boron Rod
| CAS # | 7440-42-8 |
|---|
| Product # | 0200-0005-18-30 |
|---|
| Parent Group | High purity Salts |
|---|
| Molecular Weight | 10.81 |
|---|
| MDL # | MFCD00134034 |
|---|
| EINECS # | 231-151-2 |
|---|
| Formula | B |
|---|
| Sizes | 1 pc |
|---|
Chemical Properties
| Form | Rod |
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| Purity | 99.90% |
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| Morphology | Variable |
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| Boiling Point | 2550 °C |
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| Melting Point | 2079 °C |
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Applications
| Boron rods have versatile applications in various industries. In nuclear power plants, they are used as control rods for regulating nuclear reactions. In aerospace, Boron rods find applications in lightweight structural components. They are also employed in research and development for neutron shielding, radiation detection, and experimental purposes. The high thermal and electrical conductivity ofBoron rods make them valuable in specialized applications like heat exchangers and electrical contacts. With their unique properties, Boron rods contribute to advancements in energy, aerospace, and scientific fields. |
Notes
| Boron rods are cylindrical structures made of highly pureBoron. They find diverse applications across industries. In nuclear power plants, Boron rods are used as control rods to regulate the nuclear reaction. They also have applications in aerospace, where their lightweight and high-strength properties make them suitable for structural components.Boron rods are utilized in research and development for neutron shielding, radiation detection, and experimental studies. Their excellent thermal and electrical conductivity also make them valuable in specialized applications such as heat exchangers and electrical contacts. |
| Bulk Density | 1.8 to 2.2 g/cm³ |
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| True Density | 2.34 cryst. g/cm3 |
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| Particle Size | Multiple Sizes available |
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| Storage & Sensitivity | Store boron rods in a dry and well-ventilated area, away from moisture, heat, and sources of ignition. Keep them in sealed containers or bags to prevent oxidation and contamination. Handle with care to avoid damage or breakage. Store them separately from incompatible materials and follow safety guidelines for handling and storage. Label the containers clearly and ensure proper segregation to prevent accidental mixing. Adhere to local regulations and safety protocols for the storage and handling of boron materials. Regularly inspect and maintain the storage area to ensure the integrity and quality of the boron rods. |
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Chemical Properties
| Form | Rod |
|---|
| Purity | 99.90% |
|---|
| Morphology | Variable |
|---|
| Boiling Point | 2550 °C |
|---|
| Melting Point | 2079 °C |
|---|
Applications
| Boron rods have versatile applications in various industries. In nuclear power plants, they are used as control rods for regulating nuclear reactions. In aerospace, Boron rods find applications in lightweight structural components. They are also employed in research and development for neutron shielding, radiation detection, and experimental purposes. The high thermal and electrical conductivity ofBoron rods make them valuable in specialized applications like heat exchangers and electrical contacts. With their unique properties, Boron rods contribute to advancements in energy, aerospace, and scientific fields. |
Notes
| Boron rods are cylindrical structures made of highly pureBoron. They find diverse applications across industries. In nuclear power plants, Boron rods are used as control rods to regulate the nuclear reaction. They also have applications in aerospace, where their lightweight and high-strength properties make them suitable for structural components.Boron rods are utilized in research and development for neutron shielding, radiation detection, and experimental studies. Their excellent thermal and electrical conductivity also make them valuable in specialized applications such as heat exchangers and electrical contacts. |
| Bulk Density | 1.8 to 2.2 g/cm³ |
|---|
| True Density | 2.34 cryst. g/cm3 |
|---|
| Particle Size | Multiple Sizes available |
|---|
| Storage & Sensitivity | Store boron rods in a dry and well-ventilated area, away from moisture, heat, and sources of ignition. Keep them in sealed containers or bags to prevent oxidation and contamination. Handle with care to avoid damage or breakage. Store them separately from incompatible materials and follow safety guidelines for handling and storage. Label the containers clearly and ensure proper segregation to prevent accidental mixing. Adhere to local regulations and safety protocols for the storage and handling of boron materials. Regularly inspect and maintain the storage area to ensure the integrity and quality of the boron rods. |
|---|
Chemical Properties
| Form | Rod |
|---|
| Purity | 99.90% |
|---|
| Morphology | Variable |
|---|
| Boiling Point | 2550 °C |
|---|
| Melting Point | 2079 °C |
|---|
| Bulk Density | 1.8 to 2.2 g/cm³ |
|---|
| True Density | 2.34 cryst. g/cm3 |
|---|
| Particle Size | Multiple Sizes available |
|---|
| Storage & Sensitivity | Store boron rods in a dry and well-ventilated area, away from moisture, heat, and sources of ignition. Keep them in sealed containers or bags to prevent oxidation and contamination. Handle with care to avoid damage or breakage. Store them separately from incompatible materials and follow safety guidelines for handling and storage. Label the containers clearly and ensure proper segregation to prevent accidental mixing. Adhere to local regulations and safety protocols for the storage and handling of boron materials. Regularly inspect and maintain the storage area to ensure the integrity and quality of the boron rods. |
|---|
Applications
| Boron rods have versatile applications in various industries. In nuclear power plants, they are used as control rods for regulating nuclear reactions. In aerospace, Boron rods find applications in lightweight structural components. They are also employed in research and development for neutron shielding, radiation detection, and experimental purposes. The high thermal and electrical conductivity ofBoron rods make them valuable in specialized applications like heat exchangers and electrical contacts. With their unique properties, Boron rods contribute to advancements in energy, aerospace, and scientific fields. |
Notes
| Boron rods are cylindrical structures made of highly pureBoron. They find diverse applications across industries. In nuclear power plants, Boron rods are used as control rods to regulate the nuclear reaction. They also have applications in aerospace, where their lightweight and high-strength properties make them suitable for structural components.Boron rods are utilized in research and development for neutron shielding, radiation detection, and experimental studies. Their excellent thermal and electrical conductivity also make them valuable in specialized applications such as heat exchangers and electrical contacts. |